CN104798384A

CN104798384A - Subframe position determining method, base station and terminal

Info

Publication number: CN104798384A
Application number: CN201380003341.8A
Authority: CN
Inventors: 张向东
Original assignee: Huawei Technologies Co Ltd
Current assignee: Bengbu Hongjing Technology Co.,Ltd.
Priority date: 2013-11-18
Filing date: 2013-11-18
Publication date: 2015-07-22
Anticipated expiration: 2033-11-18
Also published as: CN104798384B; WO2015070448A1; CN109246817A

Abstract

Embodiments of the present invention provide a subframe position determining method, a base station and a terminal. The method comprises: a base station determining paging time based on a paging parameter; the base station determining a position of a paging subframe based on the paging time and a first coverage enhancement level, wherein the first coverage enhancement level indicates a number of times that a paging message is repeatedly sent; and the base station determining a position of a non-paging subframe based on the position of the paging subframe and a second coverage enhancement level, wherein the second coverage enhancement level indicates a number of times that a non-paging message is repeatedly sent, implementing determination of positions of the paging subframe and the non-paging subframe in a coverage apparatus scenario.

Description

SUBFRAME POSITION DETERMINING METHOD, BASE STATION AND TERMINAL

Subframe position determines method, base station and field of terminal technology

Method, base station and terminal are determined the present embodiments relate to wireless communication technology field, more particularly to a subframe positions.Background technology

At present, mobile communication standard tissue third generation partner program（3rd Generation Partnership Project, 3GPP) it is directed in the special screne, machine type communication that path loss is larger（Machine Type Communication, MTC) equipment offer coverage enhancement technology so that the MTC device in above-mentioned special screne has access to network and serviced, and above-mentioned special screne is coverage enhancement scene.Under coverage enhancement scene, it is to realize one of method of signal coverage enhancement that signal, which is repeated, in this method, recipient is needed to know original position, number of repetition and the repetitive mode that signal is repeated in advance, and the joint that could effectively and targetedly carry out repeating signal is received.If according to existing protocol, the repetitive mode of definition signal is that a subframe is repeated once, and the number of repetition of signal is determined by the coverage enhancement demand of terminal, for the different number of repetition of different coverage enhancement requirement definitions, then signal repeat original position how to determine exactly one need solution the problem of.According to existing protocol, the original position that signal is repeated can be the position for the starting subframe that signal is repeated.Definition carrying repeating signal transmission, for the enhanced subframe of signal cover be coverage enhancement subframe, so, how to determine the starting subframe of coverage enhancement subframe, and with reference to coverage enhancement grade determine the position of coverage enhancement subframe be exactly one need solution the problem of.The content of the invention

The embodiment of the present invention provides a subframe positions and determines method, base station and terminal, realizes paging subframe and the determination of the position of non-paging subframe in cladding system scene.

One side, the embodiment of the present invention provides a subframe positions and determines method, including：Base station determines calling time according to paging parameters；

The base station determines the position of paging subframe according to the calling time and the first coverage enhancement grade, and the first coverage enhancement grade indicates the repetition transmission times of beep-page message, and the paging subframe is the paging coverage enhancement subframe of bearing call message； Position and second coverage enhancement grade of the base station according to the paging subframe, determine the position of non-paging subframe, the second coverage enhancement grade indicates the repetition transmission times of non-beep-page message, and the non-paging subframe is the non-paging coverage enhancement subframe for carrying non-beep-page message.

In the possible implementation of in the first aspect the first, the calling time is the original position of paging subframe, and the base station determines the position of paging subframe according to the calling time and the first coverage enhancement grade, is specially：

The base station determines the original position of paging subframe according to calling time；

The base station determines the position of the paging subframe according to the original position of the paging subframe with the first coverage enhancement grade.

In second of possible implementation in the first aspect, the calling time is the end position of paging subframe, and the base station determines the position of the paging subframe according to the calling time and the first coverage enhancement grade, is specially：

The base station determines the end position of paging subframe according to calling time；

The base station determines the position of the paging subframe according to the end position of the paging subframe with the first coverage enhancement grade.

In the third possible implementation in the first aspect, position and second coverage enhancement grade of the base station according to the paging subframe determine the position of non-paging subframe, are specially：

The base station determines that method determines the home position of the position of the non-paging subframe according to existing non-paging subframe position, and the existing non-paging subframe position determines that method is the method that the home position is determined by way of predefined and/or dynamic configuration；

The base station judges whether the position of the paging subframe and the home position overlap, if occurring overlapping, then adjust the position of the non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, the position of the non-paging subframe is the subframe position not overlapped after adjusting.

In the 4th kind of possible implementation in the first aspect, position and second coverage enhancement grade of the base station according to the paging subframe determine the position of non-paging subframe, are specially：

The base station determines that method determines the home position of the position of the non-paging subframe according to existing non-paging subframe position, and the existing non-paging subframe position determines the method that method determines the home position by way of for predefined and/or dynamic configuration；

The base station judges whether the paging subframe overlaps with the home position, if not overlapping, adjusts the position of the non-paging subframe so that the position of the paging subframe and the non-paging The position of subframe is overlapped, and the position of the non-paging subframe is the position of the subframe overlapped after adjustment.

With reference to the 4th kind of possible implementation of one side, in the 5th kind of possible implementation in the first aspect, the base station judges whether the paging subframe overlaps with the home position, if not overlapping, then adjust the position of the non-paging subframe, so that after the position of the paging subframe and the position of the non-paging subframe are overlapped, in addition to：

The non-beep-page message is sent in the subframe of the base station after the adjustment.

In the 6th kind of possible implementation in the first aspect, the base station is determined according to existing non-paging subframe position before the home position that method determines the position of the non-paging subframe, in addition to：

The base station selected transmission non-beep-page message.

With reference to the third possible implementation of one side, in the 7th kind of possible implementation in the first aspect, whether beep-page message described in the base station nonrecognition is directed to same terminal with the non-beep-page message, and the base station needs to send the beep-page message and the non-beep-page message；

Or,

Beep-page message described in the identification of base stations is directed to same terminal with the non-beep-page message, and identify that the terminal is narrowband terminal, and the base station needs to send the beep-page message and the non-beep-page message, wherein, the nonrecognition refers to that the base station has no ability to identification, or has the ability but do not perform recognition capability；The identification refers to that there is recognition capability the base station and performs recognition capability；It is described to need to send the beep-page message and refer to that the base station is required for sending to the beep-page message and the non-beep-page message with the non-beep-page message, and one of them can not be selected to send.

With reference to the 4th kind of possible implementation of one side, in the 8th kind of possible implementation in the first aspect, whether beep-page message described in the base station nonrecognition is directed to same terminal, and the base station selected transmission beep-page message or the non-beep-page message with the non-beep-page message；Wherein, the nonrecognition refers to that the base station has no ability to identification, or has the ability but do not perform identification；The selection sends the beep-page message or the non-beep-page message refers to base station selected transmission beep-page message, or only sends non-beep-page message；

Or,

The base station can recognize whether the beep-page message is directed to the base station of same terminal with the non-beep-page message, and identify that the beep-page message and the non-beep-page message are directed to different terminals, wherein, the identification refers to that the base station has recognition capability and performs recognition capability.

With reference to the 5th kind of possible implementation of one side, the 9th kind of possibility in the first aspect Implementation in, whether beep-page message described in the identification of base stations and the non-beep-page message are directed to same terminal, and identify that the beep-page message is directed to same narrowband terminal with the non-beep-page message.

With reference to the third possible implementation of one side, in the tenth kind of possible implementation in the first aspect, the position of the adjustment non-paging subframe so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, including：

The base station determines that adjusting parameter k, the adjusting parameter k are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The starting subframe of the position of the non-paging subframe is adjusted to n+k by the base station, or, n-k so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, wherein, n is the mark of the starting subframe in the home position of the position of the preceding non-paging subframe of adjustment.

With reference to the third possible implementation of one side, in the tenth a kind of possible implementation in the first aspect, the non-paging subframe is the carrying subframe of accidental access response message, the position of the adjustment non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, including：

The starting subframe of the carrying subframe of the accidental access response message is adjusted to n+k by the base station, or, n-k, wherein n is triggers the mark of the end subframe of the random access sequence carrying subframe of the accidental access response message, and the end subframe of the random access sequence carrying subframe can be obtained according to random access resource configuration information or by way of agreement.

With reference to the third possible implementation of one side, in the 12nd kind of possible implementation in the first aspect, the non-paging subframe is the carrying subframe of accidental access response message, the position of the adjustment non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, including：

The position of the end subframe of the random access sequence carrying subframe of the base station adjustment triggering accidental access response message is n+k, or, n-k, so that the position that the position of the paging subframe carries subframe with the accidental access response message is not overlapped, wherein, n is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement. With reference to the 4th kind of possible implementation of one side, in the 13rd kind of possible implementation in the first aspect, the position of the adjustment non-paging subframe so that the position of the paging subframe and the position of the non-paging subframe are overlapped, including：

The base station judges whether the sub-frame interval z between the starting subframe n in the home position of the position of the non-paging subframe and the starting subframe m of the paging subframe is less than or equal to first threshold A;

If so, then the base station determines that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；It is n+x, or n-x by the position adjustment of the starting subframe of the position of the non-paging subframe so that the position of the paging subframe and the position of the non-paging subframe are overlapped；

If it is not, the base station keeps the position of the non-paging subframe constant for home position.

With reference to the 4th kind of possible implementation of one side, in the 14th kind of possible implementation in the first aspect, the non-paging subframe is the carrying subframe of accidental access response message, then adjust the position of the non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are overlapped, including：

The base station judges whether the sub-frame interval z between the starting subframe n in the home position of the carrying subframe position of the accidental access response message and the starting subframe m of the paging subframe is less than or equal to first threshold A;

If so, then the base station determines that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The starting subframe of the position of the carrying subframe of the accidental access response message is adjusted to y+x by the base station, or y-x, so that the position that the position of the paging subframe carries subframe with the accidental access response message is overlapped, wherein, y carries the mark of the end subframe of subframe for the random access sequence of the triggering accidental access response message；

If it is not, the base station keeps the carrying subframe position of the accidental access response message constant for home position.

With reference to the 4th kind of possible implementation of one side, in the 15th kind of possible implementation in the first aspect, the non-paging subframe is the carrying subframe of accidental access response message, then adjust the position of the non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are overlapped, including：

The base station judges rising for the home position of the position of the carrying subframe of the accidental access response message Whether the sub-frame interval z between beginning subframe n and the starting subframe m of the paging subframe is less than or equal to first threshold A;

The position of the end subframe of the random access sequence carrying subframe of the base station adjustment triggering accidental access response message is y+x, or, y-x, so that the position that the position of paging subframe carries subframe with the accidental access response message is overlapped, wherein, y is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement；

If it is not, keeping the position of the carrying subframe of the random access sequence constant.

With reference to the on one side, in the 16th kind of possible implementation in the first aspect, this method also includes：

The base station sends the positional information of the non-beep-page message coverage enhancement subframe to terminal.

With reference to the on one side, in the 17th kind of possible implementation in the first aspect, the base station is determined according to paging parameters before calling time, in addition to：

The paging parameters that the base station receiving terminal is sent.

With reference to the on one side, one side the first to any possible implementation in the 17th kind, in the 18th kind of possible implementation in the first aspect, the paging parameters include at least one in parameters described below：Extension paging cycle eT, paging time-slot determine spreading parameter enB, the spreading coefficient Co, current radio frames frame number spreading coefficient co of system frame number SFN.

With reference to the on one side, one side the first to any possible implementation in the 17th kind, in the 19th kind of possible implementation in the first aspect, this also includes：

The base station sends message process mode information to terminal, and the message process mode information includes：The base station needs to send the non-beep-page message and the beep-page message, the base station selected transmission non-beep-page message or the beep-page message.

Second aspect, the embodiment of the present invention provides a subframe positions and determines method, including：Terminal determines calling time according to paging parameters；

The terminal determines the position of paging subframe according to the calling time and the first coverage enhancement grade, and the first coverage enhancement grade indicates the repetition transmission times of beep-page message, and the paging subframe is the paging coverage enhancement subframe of bearing call message；

Position and second coverage enhancement grade of the terminal according to the paging subframe, determine non-paging The position of frame, the second coverage enhancement grade indicates the repetition transmission times of non-beep-page message, and the non-paging subframe is the non-paging coverage enhancement subframe for carrying non-beep-page message.

In the possible implementation of in second aspect the first, the calling time is the original position of paging subframe, and the terminal determines the position of paging subframe according to the calling time and the first coverage enhancement grade, is specially：

The terminal determines the original position of paging subframe according to calling time；

The terminal determines the position of the paging subframe according to the original position of the paging subframe with the first coverage enhancement grade.

In second of possible implementation in second aspect, the calling time is the end position of paging subframe, then the terminal determines the position of the paging subframe according to the calling time and the first coverage enhancement grade, is specially：

The terminal determines the end position of paging subframe according to calling time；

The terminal determines the position of the paging subframe according to the end position of the paging subframe with the first coverage enhancement grade.

In the third possible implementation in second aspect, position and second coverage enhancement grade of the terminal according to the paging subframe determine the position of non-paging subframe, are specially：

The terminal determines that method determines the home position of the position of the non-paging subframe according to existing non-paging subframe position, and the existing non-paging subframe position determines that method is the method that the home position is determined by way of predefined and/or dynamic configuration；

The terminal judges whether the position of the paging subframe and the home position overlap, if occurring overlapping, then adjust the position of the non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, the position of the non-paging subframe is the subframe position not overlapped after adjusting.

In the 4th kind of possible implementation in second aspect, position and second coverage enhancement grade of the terminal according to the paging subframe determine the position of non-paging subframe, are specially：

The terminal determines that method determines the home position of the position of the non-paging subframe according to existing non-paging subframe position, and the existing non-paging subframe position determines the method that method determines the home position by way of for predefined and/or dynamic configuration；

The terminal judges whether the paging subframe overlaps with the home position, if not overlapping, then adjust the position of the non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are overlapped, the position of the non-paging subframe is the position of the subframe overlapped after adjustment. With reference to the 4th kind of possible implementation of second aspect, in the 5th kind of possible implementation in second aspect, the terminal judges whether the paging subframe overlaps with the home position, if not overlapping, then adjust the position of the non-paging subframe, so that after the position of the paging subframe and the position of the non-paging subframe are overlapped, in addition to：

The non-beep-page message is received in the subframe of the terminal after the adjustment.

With reference to the 4th kind of possible implementation of second aspect, in the 6th kind of possible implementation in second aspect, the terminal determines according to existing non-paging subframe position before the home position that method determines the position of the non-paging subframe, in addition to：

The terminal selection receives the non-beep-page message.

With reference to the third possible implementation of second aspect, in the 7th kind of possible implementation in second aspect, the terminal needs to receive the beep-page message and the non-beep-page message, described to need to be received as message process mode of the terminal when base station is required for sending and one of them be selected to send to the beep-page message and the non-beep-page message.

With reference to the 4th kind of possible implementation of second aspect, terminal described in the 8th kind of possible implementation in second aspect receives the beep-page message or the non-beep-page message of base station selected transmission, the beep-page message or the non-beep-page message that the terminal receives base station selected transmission are that beep-page message is sent at base station selected, or message process mode when only sending non-beep-page message.

With reference to the 5th kind of possible implementation of second aspect, in the 9th kind of possible implementation in second aspect, the terminal is narrowband terminal.

With reference to the third possible implementation of second aspect, in the tenth kind of possible implementation in second aspect, the position of the adjustment non-paging subframe so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, including：

The terminal determines that adjusting parameter k, the adjusting parameter k are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The starting subframe of the position of the non-paging subframe is adjusted to n+k by the terminal, or, n-k so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, wherein, n is the mark of the starting subframe in the home position of the preceding non-paging subframe position of adjustment.

With reference to the third possible implementation of second aspect, in the tenth a kind of possible implementation in second aspect, the non-paging subframe is the carrying subframe of carrying accidental access response message, the position of the non-paging subframe of the adjustment institute so that the position of the paging subframe and the non-paging subframe Position is not overlapped, including：

The starting subframe of the carrying subframe of the accidental access response message is adjusted to n+k by the terminal, or, n-k, wherein n is triggers the mark of the end subframe of the random access sequence carrying subframe of the accidental access response message, and the end subframe of the random access sequence carrying subframe can be obtained according to random access resource configuration information or by way of agreement.

With reference to the third possible implementation of second aspect, the 12nd kind of possible implementation in second aspect, the non-paging subframe is the carrying subframe of accidental access response message, the position of the adjustment non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, including：

The position of the end subframe of the random access sequence carrying subframe of the terminal adjustment triggering accidental access response message is n+k, or, n-k, so that the position that the position of the paging subframe carries subframe with the accidental access response message is not overlapped, wherein, n is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement.

With reference to the 4th kind of possible implementation of second aspect, in the 13rd kind of possible implementation in second aspect, the position of the adjustment non-paging subframe so that the position of the paging subframe and the position of the paging subframe are overlapped, including：

The terminal judges whether the sub-frame interval z between the starting subframe n in the home position and the starting subframe m of the paging subframe is less than or equal to first threshold A;

If so, then the terminal determines that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The position adjustment of the starting subframe of the position of the non-paging subframe is n+x, or n-x by the terminal so that the position of the paging subframe and the position of the non-paging subframe are overlapped；

If it is not, the terminal keeps the position of the non-paging subframe constant for home position.

With reference to the 4th kind of possible implementation of second aspect, in the 14th kind of possible implementation in second aspect, the non-paging subframe is the carrying subframe of accidental access response message, then adjust the position of the non-paging subframe so that the position of the paging subframe and the position of the non-paging subframe It is overlapping, including：

The terminal judges whether the sub-frame interval z between the starting subframe n in the home position of the carrying subframe position of the accidental access response message and the starting subframe m of the paging subframe is less than or equal to first threshold A;

The starting subframe of the position of the carrying subframe of the accidental access response message is adjusted to y+x by the terminal, or y-x, so that the position that the position of the paging subframe carries subframe with the accidental access response message is overlapped, wherein, y carries the mark of the end subframe of subframe for the random access sequence of the triggering accidental access response message；

If it is not, the terminal keeps the carrying subframe position of the accidental access response message constant for home position.

With reference to the 4th kind of possible implementation of second aspect, in the 15th kind of possible implementation in second aspect, the non-paging subframe is the carrying subframe of carrying accidental access response message, then adjust the position of the non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are overlapped, including：

The terminal judges whether the sub-frame interval z between the starting subframe n in the home position of the position of the carrying subframe of the accidental access response message and the starting subframe m of the paging subframe is less than or equal to first threshold A;

The position of the end subframe of the random access sequence carrying subframe of the terminal adjustment triggering accidental access response message is y+x, or, y-x, so that the position that the position of paging subframe carries subframe with the accidental access response message is overlapped, wherein, y is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement；

If it is not, keeping the position of the random carrying subframe for connecing sequence constant.

With reference to second aspect, in the 17th kind of possible implementation in second aspect, the terminal is determined according to paging parameters before calling time, in addition to：

The terminal receives the paging parameters that base station is sent.

The first with reference to second aspect, second aspect possible is realized to any in the 17th kind In mode, the 18th kind of possible implementation in second aspect, the paging parameters include at least one in parameters described below：Extension paging cycle eT, paging time-slot determine spreading parameter enB, the spreading coefficient Co, current radio frames frame number spreading coefficient co of system frame number SFN.

With reference to second aspect, second aspect the first to any possible implementation in the 17th kind, in the 19th kind of possible implementation in second aspect, this method also includes：

The terminal receives the message process mode information that base station is sent, and the message process mode information includes：The base station needs to send the non-beep-page message and the beep-page message, the base station selected transmission non-beep-page message or the beep-page message.

3rd aspect, the embodiment of the present invention provides a kind of base station, including：

First determining module, for determining calling time according to paging parameters；

Second determining module, the calling time and the first coverage enhancement grade for being determined according to first determining module determine the position of paging subframe, the first coverage enhancement grade indicates the repetition transmission times of beep-page message, and the paging subframe is the paging coverage enhancement subframe of bearing call message；

3rd determining module, for the position of the paging subframe determined according to second determining module and the second coverage enhancement grade, determine the position of non-paging subframe, the second coverage enhancement grade indicates the repetition transmission times of non-beep-page message, and the non-paging subframe is the non-paging coverage enhancement subframe for carrying non-beep-page message

In the first possible implementation of the 3rd aspect, second determining module, original position for determining paging subframe according to calling time, the position of the paging subframe is determined according to the original position of the paging subframe and the first coverage enhancement grade, the calling time is the original position of the paging subframe.

In second of possible implementation of the 3rd aspect, second determining module, end position for determining paging subframe according to calling time, the position of the paging subframe is determined according to the end position of the paging subframe and the first coverage enhancement grade, the calling time is the end position of the paging subframe.

In the third possible implementation of the 3rd aspect, the 3rd determining module, including：Determining unit, judging unit and adjustment unit；

The determining unit, for determining that method determines the home position of the position of the non-paging subframe according to existing non-paging subframe position, the existing non-paging subframe position determines that method is the method that the home position is determined by way of predefined and/or dynamic configuration； The judging unit, for judging whether the position of the paging subframe overlaps with the home position；

The adjustment unit, if it is overlapping to judge that the position of the paging subframe and the home position occur with the judging unit, then adjust the position of the non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, the position of the non-paging subframe is the subframe position not overlapped after adjusting.

In the 4th kind of possible implementation of the 3rd aspect, the 3rd determining module, including：Determining unit, judging unit and adjustment unit；

The determining unit, for determining that method determines the home position of the position of the non-paging subframe according to existing non-paging subframe position, the existing non-paging subframe position determines the method that method determines the home position by way of for predefined and/or dynamic configuration；

The judging unit, for judging whether the paging subframe and the home position overlap；The adjustment unit, if judging that the paging subframe is not overlapped with the home position for the judging unit, then adjust the position of the non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are overlapped, the position of the non-paging subframe is the position of the subframe overlapped after adjustment.

With reference to the 4th kind of possible implementation of the 3rd aspect, in the 5th kind of possible implementation of the 3rd aspect, the base station also includes：

Sending module, sends the non-beep-page message in subframe after the adjustment.

With reference to the 4th kind of possible implementation of the 3rd aspect, in the 6th kind of possible implementation of the 3rd aspect, the base station also includes：

Selecting module, for selecting to send the non-beep-page message.

With reference to the third possible implementation of the 3rd aspect, in the 7th kind of possible implementation of the 3rd aspect, whether beep-page message described in the 3rd determining module nonrecognition is directed to same terminal with the non-beep-page message, and the base station needs to send the beep-page message and the non-beep-page message；Or,

3rd determining module recognizes that the beep-page message is directed to same terminal with the non-beep-page message, and identify that the terminal is narrowband terminal, and the base station needs to send the beep-page message and the non-beep-page message, wherein, the nonrecognition refers to that the base station has no ability to identification, or has the ability but do not perform recognition capability；The identification refers to that there is recognition capability the base station and performs recognition capability；Institute Stating needs to send the beep-page message and refers to that the base station is required for sending to the beep-page message and the non-beep-page message with the non-beep-page message, and one of them can not be selected to send.

With reference to the 4th kind of possible implementation of the 3rd aspect, in the 8th kind of possible implementation of the 3rd aspect, whether beep-page message described in the 3rd determining module nonrecognition is directed to same terminal, and the base station selected transmission beep-page message or the non-beep-page message with the non-beep-page message；Wherein, the nonrecognition refers to that the base station has no ability to identification, or has the ability but do not perform identification；The selection sends the beep-page message or the non-beep-page message refers to base station selected transmission beep-page message, or only sends non-beep-page message；Or,

3rd determining module can recognize whether the beep-page message is directed to the base station of same terminal with the non-beep-page message, and identify that the beep-page message and the non-beep-page message are directed to different terminals, wherein, the identification refers to that the base station has recognition capability and performs recognition capability.

With reference to the 5th kind of possible implementation of the 3rd aspect, in the 9th kind of possible implementation of the 3rd aspect, 3rd determining module recognizes whether the beep-page message is directed to same terminal with the non-beep-page message, and identifies that the beep-page message is directed to same narrowband terminal with the non-beep-page message.

With reference to the third possible implementation of the 3rd aspect, in the tenth kind of possible implementation of the 3rd aspect, the determining unit, it is additionally operable to determine adjusting parameter k according to the first coverage enhancement grade and the second coverage enhancement grade, the adjusting parameter k is nonnegative integer, the adjustment unit, for the starting subframe of the position of the non-paging subframe to be adjusted into n+k, or, n-k, so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, wherein, n is the mark of the starting subframe in the home position of the position of the preceding non-paging subframe of adjustment.

With reference to the third possible implementation of the 3rd aspect, in a kind of the tenth possible implementation of the 3rd aspect, the determining unit, it is additionally operable to determine that adjusting parameter k, the adjusting parameter k are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The adjustment unit, for the starting subframe of the carrying subframe of the accidental access response message to be adjusted into n+k, or, n-k, wherein n is triggers the mark of the end subframe of the random access sequence carrying subframe of the accidental access response message, and the end subframe of the random access sequence carrying subframe can be obtained according to random access resource configuration information or by way of agreement.

With reference to the third possible implementation of the 3rd aspect, in the 12nd kind of possible implementation of the 3rd aspect, the determining unit, be additionally operable to according to the first coverage enhancement grade with it is described Second coverage enhancement grade determines that adjusting parameter k, the adjusting parameter k are nonnegative integer；The adjustment unit, position for the end subframe for the random access sequence carrying subframe for adjusting the triggering accidental access response message is n+k, or, n-k, so that the position that the position of the paging subframe carries subframe with the accidental access response message is not overlapped, wherein, n is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement.

With reference to the 4th kind of possible implementation of the 3rd aspect, in the 13rd kind of possible implementation of the 3rd aspect, the judging unit, is additionally operable to judge whether the sub-frame interval z between the starting subframe n in the home position of the position of the non-paging subframe and the starting subframe m of the paging subframe is less than or equal to first threshold A;

If so, the then determining unit, is additionally operable to determine that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；The adjustment unit, for being n+x, or n-x by the position adjustment of the starting subframe of the position of the non-paging subframe so that the position of the paging subframe and the position of the non-paging subframe are overlapped；

If it is not, the then adjustment unit, for keeping the position of the non-paging subframe constant for home position.

With reference to the 4th kind of possible implementation of the 3rd aspect, in the 14th kind of possible implementation of the 3rd aspect, the judging unit, is additionally operable to judge the sub-frame interval between the starting subframe n in the home position of the carrying subframe position of the accidental access response message and the starting subframe m of the paging subframe_ZWhether first threshold A is less than or equal to;

If so, the then determining unit, is additionally operable to determine that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；The adjustment unit, for the starting subframe of the position of the carrying subframe of the accidental access response message to be adjusted into y+x, or y-x, so that the position that the position of the paging subframe carries subframe with the accidental access response message is overlapped, wherein, y carries the mark of the end subframe of subframe for the random access sequence of the triggering accidental access response message；

If it is not, the then adjustment unit, for keeping the carrying subframe position of the accidental access response message constant for home position.

With reference to the 4th kind of possible implementation of the 3rd aspect, in the 15th kind of possible implementation of the 3rd aspect, the judging unit is additionally operable to judge the carrying of the accidental access response message Whether the sub-frame interval z between the starting subframe n in the home position of the position of subframe and the starting subframe m of the paging subframe is less than or equal to first threshold A;

If so, the then determining unit, is additionally operable to determine that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The adjustment unit, position for the end subframe for the random access sequence carrying subframe for adjusting the triggering accidental access response message is y+x, or, y-x, so that the position that the position of paging subframe carries subframe with the accidental access response message is overlapped, wherein, y is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement；If not, the adjustment unit, for keeping the position of carrying subframe of the random access sequence constant.

With reference to the 3rd aspect, in the 16th kind of possible implementation of the 3rd aspect, the base station also includes：

Sending module, the positional information for sending the non-beep-page message coverage enhancement subframe to terminal.With reference to the 3rd aspect, in the 17th kind of possible implementation of the 3rd aspect, the base station also includes：

Receiving module, the paging parameters sent for receiving terminal.

With reference to the 3rd aspect, the 3rd aspect the first to any possible implementation in the 17th kind, in the 18th kind of possible implementation of the 3rd aspect, the paging parameters include at least one in parameters described below：Extension paging cycle eT, paging time-slot determine spreading parameter enB, the spreading coefficient Co, current radio frames frame number spreading coefficient co of system frame number SFN.

With reference to the 3rd aspect, the 3rd aspect the first to any possible implementation in the 17th kind, in the 19th kind of possible implementation of the 3rd aspect, the base station also includes：

Sending module, for sending message process mode information to terminal, the message process mode information includes：The base station needs to send the non-beep-page message and the beep-page message, the base station selected transmission non-beep-page message or the beep-page message.

4th aspect, the embodiment of the present invention provides a kind of terminal, including：

4th determining module, for determining calling time according to paging parameters；

5th determining module, the calling time and the first coverage enhancement grade for being determined according to the 4th determining module determine the position of paging subframe, the first coverage enhancement grade indicates the repetition transmission times of beep-page message, and the paging subframe is the paging coverage enhancement subframe of bearing call message； 6th determining module, for the position of the paging subframe determined according to the 5th determining module and the second coverage enhancement grade, determine the position of non-paging subframe, the second coverage enhancement grade indicates the repetition transmission times of non-beep-page message, and the non-paging subframe is the non-paging coverage enhancement subframe for carrying non-beep-page message.

In the first possible implementation of the 4th aspect, 5th determining module, original position for determining paging subframe according to calling time, the position of the paging subframe is determined according to the original position of the paging subframe and the first coverage enhancement grade, the calling time is the original position of the paging subframe.

In second of possible implementation of the 4th aspect, 5th determining module, end position for determining paging subframe according to calling time, the position of the paging subframe is determined according to the end position of the paging subframe and the first coverage enhancement grade, the calling time is the end position of the paging subframe.

In the third possible implementation of the 4th aspect, the 6th determining module, including：Determining unit, judging unit, adjustment unit；

The determining unit, for determining that method determines the home position of the position of the non-paging subframe according to existing non-paging subframe position, the existing non-paging subframe position determines that method is the method that the home position is determined by way of predefined and/or dynamic configuration；

The judging unit, for judging whether the position of the paging subframe overlaps with the home position；The adjustment unit, if it is overlapping to judge that the position of the paging subframe and the home position occur for the judging unit, then adjust the position of the non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, the position of the non-paging subframe is the subframe position not overlapped after adjusting.

In the 4th kind of possible implementation of the 4th aspect, the 6th determining module, including：Determining unit, judging unit and adjustment unit

The judging unit, for judging whether the paging subframe and the home position overlap, the adjustment unit, if judging that the paging subframe is not overlapped with the home position for the judging unit, then adjust the position of the non-paging subframe so that the position of the paging subframe with it is described The position of non-paging subframe is overlapped, and the position of the non-paging subframe is the position of the subframe overlapped after adjustment.With reference to the 4th kind of possible implementation of the 4th aspect, in the 5th kind of possible implementation of the 4th aspect, the terminal also includes：

Receiving module, receives the non-beep-page message in subframe after the adjustment.

With reference to the 4th kind of possible implementation of the 4th aspect, in the 6th kind of possible implementation of the 4th aspect, the terminal also includes：

Selecting module, for selecting to receive the non-beep-page message.

With reference to the third possible implementation of the 4th aspect, in the 7th kind of possible implementation of the 4th aspect, the terminal also includes：

Receiving module, for receiving the beep-page message and the non-beep-page message, the reception beep-page message is message process mode of the terminal when base station is required for sending and one of them can not be selected to send to the beep-page message and the non-beep-page message with the non-beep-page message.

With reference to the 4th kind of possible implementation of the 4th aspect, in the 8th kind of possible implementation of the 4th aspect, the terminal also includes：

Receiving module, the beep-page message or the non-beep-page message for receiving base station selected transmission, the beep-page message or the non-beep-page message for receiving base station selected transmission is that the terminal sends beep-page message at base station selected, or message process mode when only sending non-beep-page message.

With reference to the 5th kind of possible implementation of the 4th aspect, in the 9th kind of possible implementation of the 4th aspect, the terminal is narrowband terminal.

With reference to the third possible implementation of the 4th aspect, in the tenth kind of possible implementation of the 4th aspect, the determining unit, it is additionally operable to determine that adjusting parameter k, the adjusting parameter k are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；The adjustment unit, for the starting subframe of the position of the non-paging subframe to be adjusted into n+k, or, n-k, so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, wherein, n is the mark of the starting subframe in the home position of the preceding non-paging subframe position of adjustment.

With reference to the third possible implementation of the 4th aspect, in a kind of the tenth possible implementation of the 4th aspect, the determining unit, it is additionally operable to determine adjusting parameter k according to the first coverage enhancement grade and the second coverage enhancement grade, the adjusting parameter k is nonnegative integer, the adjustment unit, for the starting subframe of the carrying subframe of the accidental access response message to be adjusted into n+k, or, n-k, wherein n carry the knot of subframe for the random access sequence of the triggering accidental access response message The mark of beam subframe, the end subframe of the random access sequence carrying subframe can be obtained according to random access resource configuration information or by way of agreement.

With reference to the third possible implementation of the 4th aspect, in the 12nd kind of possible implementation of the 4th aspect, the determining unit, it is additionally operable to determine adjusting parameter k according to the first coverage enhancement grade and the second coverage enhancement grade, the adjusting parameter k is nonnegative integer, the adjustment unit, position for the end subframe for the random access sequence carrying subframe for adjusting the triggering accidental access response message is n+k, or, n-k, so that the position that the position of the paging subframe carries subframe with the accidental access response message is not overlapped, wherein, n is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement.

With reference to the 4th kind of possible implementation of the 4th aspect, in the 13rd kind of possible implementation of the 4th aspect, the judging unit, is additionally operable to judge whether the sub-frame interval z between the starting subframe n in the home position and the starting subframe m of the paging subframe is less than or equal to first threshold A;If so, the then determining unit, is additionally operable to determine that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The adjustment unit, for being n+x, or n-x by the position adjustment of the starting subframe of the position of the non-paging subframe so that the position of the paging subframe and the position of the non-paging subframe are overlapped；If it is not, the then adjustment unit, for keeping the position of the non-paging subframe constant for home position.

With reference to the 4th kind of possible implementation of the 4th aspect, in the 14th kind of possible implementation of the 4th aspect, the judging unit, is additionally operable to judge whether the sub-frame interval z between the starting subframe n in the home position of the carrying subframe position of the accidental access response message and the starting subframe m of the paging subframe is less than or equal to first threshold A;

The adjustment unit, for the starting subframe of the position of the carrying subframe of the accidental access response message to be adjusted into y+x, or y-x, so that the position that the position of the paging subframe carries subframe with the accidental access response message is overlapped, wherein, y carries the mark of the end subframe of subframe for the random access sequence of the triggering accidental access response message；

If it is not, A, then the adjustment unit, for keeping the carrying subframe position of the accidental access response message constant for home position. With reference to the 4th kind of possible implementation of the 4th aspect, in the 15th kind of possible implementation of the 4th aspect, the judging unit, is additionally operable to judge whether the sub-frame interval z between the starting subframe n in the home position of the position of the carrying subframe of the accidental access response message and the starting subframe m of the paging subframe is less than or equal to first threshold A;

The adjustment unit, position for the end subframe for the random access sequence carrying subframe for adjusting the triggering accidental access response message is y+x, or, y-x, so that the position that the position of paging subframe carries subframe with the accidental access response message is overlapped, wherein, y is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement；If it is not, the then adjustment unit, for keeping the position of the random carrying subframe for connecing sequence constant.

With reference to the 4th aspect, in the 16th kind of possible implementation of the 4th aspect, in addition to:Receiving module, the positional information for receiving the non-beep-page message coverage enhancement subframe that the base station is sent.

With reference to the 4th aspect, in the 17th kind of possible implementation of the 4th aspect, the terminal includes：

Receiving module, the paging parameters for receiving base station transmission.

With reference to the 4th aspect, the 4th aspect the first to any possible implementation in the 17th kind, in the 18th kind of possible implementation of the 4th aspect, the paging parameters include at least one in parameters described below：Extension paging cycle eT, paging time-slot determine spreading parameter enB, the spreading coefficient Co, current radio frames frame number spreading coefficient co of system frame number SFN.

With reference to the 4th aspect, the 4th aspect the first to any possible implementation in the 17th kind, in the 19th kind of possible implementation of the 4th aspect, the terminal also includes：

Receiving module, the message process mode information for receiving base station transmission, the message process mode information includes：The base station needs to send the non-beep-page message and the beep-page message, the base station selected transmission non-beep-page message or the beep-page message.

5th aspect, the embodiment of the present invention provides a kind of base station, including：Processor and memory, the memory storage execute instruction, when the base station is run, communicate between the processor and the memory, execute instruction described in the computing device cause the base station perform as above the on one side, the The first of one side is to any possible implementation in the 19th kind.

6th aspect, the embodiment of the present invention provides a kind of terminal, including：Processor and memory, the memory storage execute instruction, when the terminal operating, communicated between the processor and the memory, execute instruction described in the computing device cause the terminal perform as above second aspect, second aspect the first to any possible implementation in the 19th kind.

Subframe position provided in an embodiment of the present invention determines method, base station and terminal, calling time is determined by paging parameters in base station, the position of paging subframe is determined according to calling time and the first coverage enhancement grade, and the position according to paging subframe determines the position of non-paging subframe with the second coverage enhancement grade, paging subframe and the determination of the position of non-paging subframe in cladding system scene are realized.Brief description of the drawings

Fig. 1 is the flow chart that subframe position of the present invention determines embodiment of the method one；

Fig. 2 is that subframe position of the present invention adjusts schematic diagram；

Fig. 3 is the flow chart that subframe position of the present invention determines embodiment of the method four；

Fig. 4 is the structural representation of base station embodiment one of the present invention；

Fig. 5 is the structural representation of base station embodiment two of the present invention；

Fig. 6 is the structural representation of terminal embodiment one of the present invention；

Fig. 7 is the structural representation of terminal embodiment two of the present invention；

Fig. 8 is the structural representation of base station embodiment three of the present invention；

Fig. 9 is the structural representation of terminal embodiment three of the present invention.Embodiment is to make the purpose, technical scheme and advantage of the embodiment of the present invention clearer, below in conjunction with the accompanying drawing in the embodiment of the present invention, technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is a part of embodiment of the invention, rather than whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made belongs to the scope of protection of the invention.

Fig. 1 is the flow chart that subframe position of the present invention determines embodiment of the method one, it is adaptable to need the coverage enhancement scene being determined to the position of paging subframe and non-paging subframe.Specifically, to include Ru Xia Walk rapid by the present embodiment Bao： 101st, base station determines calling time according to paging parameters.

During this Walk is rapid, paging radio frames are determined in base station according to paging parameters（Paging Frame, PF), and then all possible calling time (Paging Occasion, PO) for coverage enhancement terminal determined according to paging radio frames, i.e., the calling time of all or part of coverage enhancement terminal.Wherein, paging parameters are, for example, the specific paging parameters for the cell for serving covering terminal, or are oneself specific paging parameters that coverage enhancement terminal is reported.

102nd, base station determines the position of paging subframe according to calling time and the first coverage enhancement grade, and the first coverage enhancement grade indicates the repetition transmission times of beep-page message, and paging subframe is the paging coverage enhancement subframe of bearing call message.

First coverage enhancement grade is, for example, the maximum of the coverage enhancement grade of all UE on the calling time, in current base station service range in all UE the coverage enhancement grade that the maximum of coverage enhancement grade, base station can be supported maximum.Or, the first coverage enhancement grade can also be above-mentioned coverage enhancement grade（In the maximum of the coverage enhancement grade of all UE on the calling time, current base station service range in all UE the coverage enhancement grade that the maximum of coverage enhancement grade, base station can be supported maximum）The coverage enhancement grade of corresponding beep-page message.Generally, the maximal cover enhancing grade that terminal and base station selected base station can be supported is used as the first coverage enhancement grade；Or, the coverage enhancement grade for the corresponding beep-page message of maximal cover enhancing grade that terminal and base station selected base station can be supported is used as the first coverage enhancement grade.During this Walk is rapid, after calling time is determined, base station is according to the calling time with indicating that the first coverage enhancement grade of beep-page message repetition transmission times determines the position of paging subframe, determine the subframe position of the paging coverage enhancement subframe of bearing call message, the radio frame number that subframe position is depended on where the subframe numbers and subframe of subframe.

In general, calling time can paging subframe any position, and paging subframe in the present embodiment is the paging coverage enhancement subframe of bearing call message.During this Walk of optional , are rapid, base station can be determined as follows the position of paging subframe：

Mode one, calling time are the original position of paging subframe.

Base station determines the original position of paging subframe according to calling time, and the original position according to paging subframe determines the position of paging subframe with the first coverage enhancement grade.

Specifically, base station using the calling time determined as paging subframe original position, according to the first coverage enhancement grade, it regard continuous subframe after calling time and the original position as paging subframe, for example, if base station determines that calling time is the 2nd work song frame, and the first coverage enhancement grade is 5, i.e., Need that beep-page message is repeated to send 4 times（Send 5 times altogether）.Now, base station regard the 2nd work song frame and No. 3, No. 4, No. 5, the position of the 6th work song frame as the position of paging subframe.

Mode two, calling time are the end position of paging subframe.

Base station determines the end position of paging subframe according to calling time, and the end position and the first coverage enhancement grade according to paging subframe determine the position of paging subframe.

Specifically, base station using the calling time determined as the end position of paging subframe, regard continuous subframe before calling time and the end position as paging subframe.If for example, base station determines that calling time is 8 work song frames, and the first coverage enhancement grade is 3, that is, need that beep-page message is repeated to send 2 times（Send 3 times altogether）.Now, base station regard the 8th work song frame and the 7th work song frame, the position of the 6th work song frame as the position of paging subframe.

Mode three, calling time are the centre position of paging subframe.

Base station determines the centre position of paging subframe according to calling time, and the centre position according to paging subframe determines the position of paging subframe with the first coverage enhancement grade, and the centre position is original position and any position outside end position.

Specifically, base station using the calling time determined as the centre position of paging subframe, regard continuous subframe before or after calling time and the centre position as paging subframe.If for example, base station determines that calling time is the 5th work song frame, and the first coverage enhancement grade is 4, that is, need that beep-page message is repeated to send 3 times（Send 4 times altogether）.Now, base station is by position of the 6th work song frame after the 4th work song frame before the 5th work song frame, with the 5th work song frame, the 3rd work song frame, and the 5th work song frame as paging subframe；Or, base station is by position of the 6th work song frame and the 7th work song frame after the 4th work song frame before the 5th work song frame, with the 5th work song frame, and the 5th work song frame as paging subframe.

It should be noted that, the embodiment of the present invention determines the mode of paging subframe position, it is not limited thereto system, in other feasible embodiments, can be with preset rules, for example determine after calling time, only regard the corresponding subframe of odd number in paging radio frames as position of paging subframe etc..

103rd, position and second coverage enhancement grade of the base station according to paging subframe, determine the position of non-paging subframe, second coverage enhancement grade indicates the repetition transmission times of non-beep-page message, and non-paging subframe is the non-paging coverage enhancement subframe for carrying non-beep-page message.

After the position of paging subframe is determined, base station determines the position of non-beep-page message subframe, that is, carries the position of the non-paging coverage enhancement subframe of non-beep-page message according to the second coverage enhancement grade for indicating non-beep-page message transmission times.Wherein, the second coverage enhancement grade is for example the terminal-pair of non-paging subframe The coverage enhancement grade answered, or the terminal of non-paging subframe the corresponding coverage enhancement grade of non-beep-page message etc..

Specifically, the subframe position that base station can be provided using prior art determines method, for example, by predefined, and/or, the method of dynamic configuration determines the home position of non-paging subframe and judges whether the home position and the position of paging subframe overlap, then according to the second coverage enhancement grade and whether recognize that non-beep-page message and beep-page message are directed to same terminal, terminal is which type of terminal, whether non-beep-page message and beep-page message are required for the conditions such as transmission, decide whether to be adjusted the position of non-paging subframe, the position being allowed to paging subframe overlaps or not overlapped, and it regard the subframe position after adjustment as the position of non-paging subframe.Wherein, overlap and refer to that paging subframe partly overlaps or all overlapping with non-paging subframe.For example, in a radio frames, the position of paging subframe is the position where the 2nd 7 work song frame, and the position of non-paging subframe is the 6th 9 work song frame, then occurs overlapping；Or, the position of paging subframe is the position where the 2nd 7 work song frame, and the position of non-paging subframe is the 3rd or 6 work song frames, then occurs overlapping；Or, the position of paging subframe is the position where the 2nd 5 work song frame, and the position of non-paging subframe is the 6th 9 work song frame, then subframe is not overlapped.

Optionally, after the position of non-paging subframe is determined, base station sends non-paging subframe to terminal, the positional information of i.e. non-beep-page message coverage enhancement subframe, so that terminal is according to positional information, corresponding adjustment receives the position of non-paging subframe, and receives non-beep-page message in coverage enhancement subframe after the adjustment.

Subframe position provided in an embodiment of the present invention determines method, calling time is determined by paging parameters in base station, the position of paging subframe is determined according to calling time and the first coverage enhancement grade, and the position according to paging subframe determines the position of non-paging subframe with the second coverage enhancement grade, paging subframe and the determination of the position of non-paging subframe in coverage enhancement scene are realized.

In subframe position of the present invention determines the embodiment two of method, position and second coverage enhancement grade of the base station according to paging subframe determine the position of non-paging subframe, are specially：Base station determines that method determines the home position of non-paging subframe according to existing non-paging subframe position, whether the position and home position for judging paging subframe overlap, if occurring overlapping, then adjust the position of non-paging subframe, so that the position of paging subframe and the position of non-paging subframe are not overlapped, using overlapping subframe position is not used as the position of non-paging subframe after adjustment.

Optionally, it can be base station presetting message processing mode in advance, message process mode is, for example, that base station needs to send non-beep-page message and beep-page message, i.e. base station beep-page message and non-beep-page message are required for send, and can not select one of them transmission to be；Or, it is base station selected to send non-beep-page message or beep-page message, I.e. base station needs to be selected before sending message, only sends selected message.If whether base station nonrecognition beep-page message and non-beep-page message are directed to same terminal, and message process mode is when needing to send beep-page message with non-beep-page message, base station determines the home position of non-paging subframe, and judge that the position of the home position and paging subframe occurs after overlapping, adjust the position of non-paging subframe, so that the position of paging subframe and non-paging subframe is not overlapped, using overlapping subframe position is not used as the position of non-paging subframe after adjustment.Wherein, nonrecognition refers to base station and has no ability to recognize or suffice to identify but do not perform identification function, for example, base station None- identified calling time or the corresponding beep-page message of paging subframe, beep-page message and the non-beep-page message can not be determined whether for same terminal etc..

Optionally, if base station has and can recognize that whether beep-page message is narrowband terminal or wide-band terminal ability for same recognition capability and terminal with non-beep-page message, when identifying that beep-page message is directed to same narrowband terminal with non-beep-page message, determine the home position of non-paging subframe in base station, and when judging that the home position and the position of paging subframe occur overlapping, then adjust the position of non-paging subframe, so that the position of paging subframe and non-paging subframe is not overlapped, using overlapping subframe position is not used as the position of non-paging subframe after adjustment.

Below, numbering by 10 subframes in a radio frames is 09, be the n-th+k work songs frame or the n-th-k work song frames by the n-th work song framing control exemplified by, the position of the non-paging subframe of non-paging subframe how is adjusted to base station in the present embodiment so that the position of paging subframe and non-paging subframe, which is not overlapped, to be described in detail.Wherein, n+k, refers to using subframe n as starting point, and k subframe is offset backward；N-k, refers to using subframe n as starting point, k subframe of biased forwards.

In a kind of possible implementation, base station determines adjusting parameter k according to the first coverage enhancement grade and the second coverage enhancement grade, and adjusting parameter k is nonnegative integer, and the starting subframe of the position of non-paging subframe is adjusted to n+k by base station, or, n-k.Wherein, the number of repetition that adjusting parameter k can be with non-beep-page message（Second coverage enhancement grade）And the number of repetition of beep-page message（First coverage enhancement grade）Correlation, different numbers of repetition can have different k;N is the mark of the starting subframe in the home position of non-paging subframe position before adjustment, and the mark is, for example, subframe numbers.For example, it is assumed that the starting subframe of the position of non-paging subframe is 5 before adjustment, the second coverage enhancement grade (is repeated to send 2 times, sent 3 times altogether for 3）, i.e., the position where the work song frame of the 5th work song frame the 7th is the position of non-paging subframe, if the starting subframe of beep-page message is 4, and the first coverage enhancement grade (is repeated to send 4 times, sent 5 times altogether for 5）, i.e., the position where the work song frame of the 4th work song frame the 8th is paging subframe, then adjusting parameter k can be 4, and the starting subframe of the position of non-paging subframe is adjusted into n-th -4 is equal to 1 work song frame, i.e., non-paging subframe Position adjustment be the work song frame of the 1st work song frame the 3rd where position so that non-beep-page message subframe and beep-page message subframe are not overlapped.In addition, the present invention is not limited thereto system, in other feasible embodiments or the non-paging subframe of adjustment end subframe or other subframes.

In alternatively possible implementation, non-beep-page message is specially accidental access response（Random Access Response, RAR) message, accordingly, non-paging subframe is specially the carrying subframe of accidental access response message.Base station determines adjusting parameter k according to the first coverage enhancement grade and the second coverage enhancement grade, and adjusting parameter k is nonnegative integer, and the starting subframe of the carrying subframe of accidental access response message is adjusted to n+k by base station, or, n-k.Wherein, n is triggering RAR message, carrying random access sequence（Preamble the mark of the end subframe of subframe), the end subframe of the subframe of carrying random access sequence carrying can be obtained according to random access resource configuration information or by way of agreement.For example, the mark of the end subframe of carrying Preamble subframe, i.e. subframe numbers are 1, it is assumed that the starting subframe of RAR positions is 6, the second coverage enhancement grade (is repeated to send 2 times, sent 3 times altogether for 3）, i.e., the position where the work song frame of the 6th work song frame the 8th is the position of non-paging subframe, if the starting subframe of the paging subframe of beep-page message is 5, and the first coverage enhancement grade (is repeated to send 4 times, sent 5 times altogether for 5）Position i.e. where the work song frame of the 5th work song frame the 9th is paging subframe, then adjusting parameter k can be 1, RAR starting subframe is adjusted to (n+1)th and is equal to 2 work song frames, so that RAR carrying subframe is 24, so that RAR carrying subframe is not overlapping with the paging subframe of beep-page message.

In another possible implementation, non-beep-page message is specially accidental access response（Random Access Response, RAR) message, accordingly, non-paging subframe is specially the carrying subframe of accidental access response message.Compared to the mode of the starting subframe of the non-paging subframe of above-mentioned adjustment, in the manner, the position adjustment that base station carries the random access sequence for triggering RAR message the end subframe of subframe is n+k, or, n-k, so that the position that the position of paging subframe carries subframe with accidental access response message is not overlapped, wherein, n is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement.In the manner, the position of the carrying subframe of RAR message and trigger accidental access response message random access sequence carrying subframe position between have fixed interval or skew, by the position for the carrying subframe for adjusting random access sequence, so as to realize the position for the carrying subframe for adjusting RAR message so that the position and the position of paging subframe of RAR message carrying subframe are not overlapped.For example, refer to Fig. 2.

Fig. 2 is that subframe position of the present invention adjusts schematic diagram, as shown in Fig. 2 the mark of the end subframe of carrying Preamble subframe, i.e. subframe numbers are 1, it is assumed that the starting subframe of RAR positions is 6, and second covers Lid enhancing grade (is repeated to send 2 times, sent 3 times altogether for 3）Position i.e. where the work song frame of the 6th work song frame the 8th is the position of non-paging subframe, and RAR subframes are the 6th 8 work song frame, if the starting subframe of the paging subframe of beep-page message is 5, first coverage enhancement grade is 5 (repetition transmissions 4 times, altogether transmission 5 times）, i.e., the position where the work song frame of the 5th work song frame the 9th is paging subframe.If carrying the interval between Preamble subframe and carrying RAR subframe and being fixed as 5 (marks of the end subframe of Preamble subframe are carried as described above, i.e. subframe numbers are 1, assuming that 6) the starting subframe of RAR positions is, k=4 can so be caused, and adjust the position of the end subframe of random access sequence carrying subframe, so that the end subframe position of Preamble carrying subframe is 7 work song frames of a upper radio frames, so that the original position of RAR carrying subframe is adjusted to the 2 work song frames of this radio frames, i.e. so that RAR carrying subframe is adjusted to 24, so that RAR carrying subframe is not overlapping with the paging subframe of beep-page message.

In subframe position of the present invention determines the embodiment three of method, position and second coverage enhancement grade of the base station according to paging subframe determine the position of non-paging subframe, are specially：Base station determines that method determines the home position of non-paging subframe according to existing non-paging subframe position, judge whether paging subframe overlaps with home position, if not overlapping, then adjust the position of non-paging subframe, so that the position of paging subframe and the position of non-paging subframe are overlapped, the position of non-paging subframe is the position of the subframe overlapped after adjustment.

Optionally, if whether base station nonrecognition beep-page message and non-beep-page message are directed to same terminal, and during base station of the message process mode to select transmission beep-page message or non-beep-page message, base station determines the home position of non-paging subframe, and judge that the position of the home position and paging subframe does not occur after overlapping, then adjust non-paging subframe so that paging subframe is overlapped with non-paging subframe, regard the subframe position overlapped after adjustment as the position of non-paging subframe.Wherein, nonrecognition refers to that base station has no ability to identification, or suffices to identify but do not perform identification function；Selection transmission refers to that base station needs to be selected before sending message, only sends selected message.

In addition, base station is determined according to existing non-paging subframe position before the home position that method determines the non-paging subframe, formerly the message to be sent can also be selected, if selection sends beep-page message, the position of non-paging subframe need not then be confirmed, i.e., need not confirm home position and then confirm the position of non-paging subframe according to whether the position in home position and paging subframe overlaps；Otherwise, if selection sends non-beep-page message, home position is determined and adjusted according to whether overlapping, using the subframe position after adjustment as the position of non-paging subframe, and non-beep-page message is sent on position after the adjustment.

Optionally, if base station has and can recognize that whether beep-page message is directed to same recognition capability with non-beep-page message, when identifying that beep-page message is directed to different terminals from non-beep-page message, base station is determined The home position of non-paging subframe, and when judging that the home position and the position of paging subframe do not occur overlapping, adjust the position of non-paging subframe so that the position of paging subframe and non-paging subframe is overlapped, and regard the position of the subframe overlapped after adjustment as the position of non-paging subframe.

Below, the position of the non-paging subframe of non-paging subframe how is adjusted to base station in the present embodiment so that the home position of paging subframe and non-paging subframe, which is not overlapped, to be described in detail.

In a kind of possible implementation, numbering using 10 subframes in a radio frames is 09, exemplified by being the n-th+x work songs frame or the n-th-x work song frames by the n-th work song framing control, base station judges whether the sub-frame interval z between the starting subframe n in the home position of the position of non-paging subframe and the starting subframe m of paging subframe is less than or equal to first threshold A, if sub-frame interval z A, then base station determines adjusting parameter X according to the first coverage enhancement grade and the second coverage enhancement grade, and be n+x by the starting subframe n of the position of non-paging subframe position adjustment, or n-x, so that the position of paging subframe and the position of non-paging subframe are overlapped, wherein, adjusting parameter X is nonnegative integer, wherein, n+x, refer to using subframe n as starting point, X subframe is offset backward；N-x, refers to using subframe n as starting point, X subframe of biased forwards；No shellfish IJ, if sub-frame interval z ＞ A, now because the interval of non-paging subframe and paging subframe is too big, base station need not adjust the position of non-paging subframe, keep the position of non-paging subframe constant for home position.

For example, it is assumed that the starting subframe n of the position of non-paging subframe is 1 before adjustment, the second coverage enhancement grade (is repeated to send 2 times, sent 3 times altogether for 3）, i.e., the position where the work song frame of the 1st work song frame the 3rd is the position of non-paging subframe；If the starting subframe m of beep-page message is 7, the first coverage enhancement grade is 3 (repetition transmissions 2 times, altogether transmission 3 times）, i.e., the position where the work song frame of the 7th work song frame the 9th is paging subframe.Then the sub-frame interval z between the starting subframe n in the home position of the position of non-paging subframe and the starting subframe m of paging subframe is 6.If threshold value A is 8, then, z A are met, then can adjust the position of non-paging subframe so that non-paging subframe and paging subframe are overlapped.Adjusting parameter k is for example set as 6, the starting subframe of the position of non-paging subframe is adjusted to n-th+6 and is equal to 7 work song frames, the position adjustment of i.e. non-paging subframe is the position where the work song frame of 7 work song frame the 9th so that non-beep-page message subframe and beep-page message subframe are overlapped.Accordingly, if threshold value A is 4, z A are unsatisfactory for, then the position of paging subframe can be kept constant for home position.In addition, the present invention is not limited thereto system, in other feasible embodiments or the non-paging subframe of adjustment end subframe or other subframes.Specifically, how by the position adjustment of non-paging subframe, to making, it is overlapped with the position part of paging subframe or whole is overlapping, the present invention is not limited thereto system.

In alternatively possible implementation, non-beep-page message is specially accidental access response（Random Access Response, RAR) message, accordingly, non-paging subframe is the carrying subframe of RAR message.Then so that the numbering of 10 subframes in a radio frames is 09, the starting subframe of the position of the carrying subframe of accidental access response message is adjusted into y+x work songs frame or y-x work song frames as an example, base station judges the sub-frame interval between the starting subframe n in the carrying subframe home position of accidental access response message and the starting subframe m of paging subframe_ZWhether first threshold A is less than or equal to;

If sub-frame interval z A, then base station determines adjusting parameter X according to the first coverage enhancement grade and the second coverage enhancement grade, and the starting subframe of the position of the carrying subframe of accidental access response message is adjusted to y+x, or y-x, so that the position that the position of paging subframe carries subframe with accidental access response message is overlapped, wherein, y carries the mark of the end subframe of subframe for the random access sequence of triggering RAR message, the mark is, for example, subframe numbers, y+x, refer to using subframe y as starting point, X subframe is offset backward；Y-x, refers to using subframe y as starting point, X subframe of biased forwards.For example, it is assumed that the starting subframe n of the position of the carrying subframe of accidental access response message is 1 before adjustment, the second coverage enhancement grade (is repeated to send 2 times, sent 3 times altogether for 3）, i.e., the position where the work song frame of the 1st work song frame the 3rd is the position of the carrying subframe of accidental access response message；If the starting subframe m of beep-page message is 7, the first coverage enhancement grade is 3 (repetition transmissions 2 times, altogether transmission 3 times）, i.e., the position where the work song frame of the 7th work song frame the 9th is paging subframe.Then the sub-frame interval z between the starting subframe n in the carrying subframe home position of accidental access response message and the starting subframe m of paging subframe is 6.If threshold value A is 8, then, z A are met, then can adjust the position of the starting subframe of the carrying subframe of accidental access response message so that non-paging subframe and paging subframe are overlapped.Adjusting parameter k is for example set as 6, the starting subframe of the position of the carrying subframe of accidental access response message is adjusted to n-th+6 and is equal to 7 work song frames, i.e. the position adjustment of the carrying subframe of accidental access response message is the position where the work song frame of 7 work song frame the 9th so that the carrying subframe and beep-page message subframe of accidental access response message are overlapped.Accordingly, if threshold value A is 4, it is unsatisfactory for₂, then the position of paging subframe can be kept constant for home position.In addition, the present invention is not limited thereto system, in other feasible embodiments or the non-paging subframe of adjustment end subframe or other subframes.Specifically, how by the position adjustment of non-paging subframe, to making, it is overlapped with the position part of paging subframe or whole is overlapping, the present invention is not limited thereto system.

If sub-frame interval z ＞ A, base station keeps the carrying subframe position of accidental access response message constant for home position.In addition, the present invention is not limited thereto system, in other feasible embodiments or adjustment accidental access response message carrying subframe position end subframe or other subframes.

In another possible implementation, non-beep-page message is specially accidental access response（Random Access Response, RAR) message, accordingly, non-paging subframe is the carrying subframe of RAR message.Exemplified by the position adjustment for the end subframe that numbering by 10 subframes in a radio frames is 09, random access sequence is carried to subframe is y+x work songs frame or y-x work song frames, base station judges the sub-frame interval between the starting subframe n in the home position of the position of the carrying subframe of accidental access response message and the starting subframe m of paging subframe_ZWhether first threshold A is less than or equal to;

If sub-frame interval z A, then base station determines adjusting parameter X according to the first coverage enhancement grade and the second coverage enhancement grade, and it is y+x that the random access sequence for triggering RAR message is carried to the position adjustment of the end subframe of subframe, or, y-x, so that the position that the position of paging subframe carries subframe with accidental access response message is overlapped, wherein, y is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement, adjusting parameter X is nonnegative integer, y+x, refer to using subframe y as starting point, X subframe is offset backward；Y-x, refers to using subframe y as starting point, X subframe of biased forwards；If sub-frame interval z ＞ A, base station keeps the position of the carrying subframe of random access sequence constant.

In the manner, the position of the carrying subframe of RAR message and trigger random message random access sequence carrying subframe between have fixed interval or skew, by the position for the carrying subframe for adjusting random access sequence, so as to realize the position for the carrying subframe for adjusting RAR message so that the position and the position of paging subframe of RAR message carrying subframe are overlapped.For example, the mark of the end subframe of carrying Preamble subframe, i.e. subframe numbers are 2, it is assumed that the starting subframe of RAR positions is 7, the second coverage enhancement grade (is repeated to send 2 times, sent 3 times altogether for 3）, i.e., the position where the work song frame of the 7th work song frame the 9th is the position of non-paging subframe, if the starting subframe of the paging subframe of beep-page message is 3, and the first coverage enhancement grade (is repeated to send 3 times, sent 4 times altogether for 4）, i.e., the position where the work song frame of the 3rd work song frame the 6th is paging subframe.If carrying the interval between Preamble starting subframe and carrying RAR subframe and being fixed as 5 (marks of the end subframe of Preamble subframe are carried as described above, i.e. subframe numbers are 2, assuming that 7) the starting subframe of RAR positions is, k=3 can so be caused, and adjust the position of the end subframe of random access sequence carrying subframe, so that the end subframe position of Preamble carrying subframe is 9 work song frames of a upper radio frames, so that the original position of RAR carrying subframe is adjusted to the 4 work song frames of this radio frames, i.e. so that RAR carrying subframe is adjusted to 46, so that RAR carrying subframe and the paging subframe of beep-page message are overlapped.

It should be noted that above-described embodiment is that the present invention is described in detail exemplified by adjusting the position of the starting subframe of the random access sequence carrying subframe of triggering RAR message, however, the present invention is not with this For limitation, the position for the end subframe for carrying subframe in other possible embodiments or to the random access sequence for triggering RAR message is adjusted.

Optionally, in each above-mentioned embodiment, message process mode information can be also sent to terminal by base station in advance, and message process mode information includes：It is base station selected to send non-beep-page message or beep-page message；Base station needs to send non-beep-page message and beep-page message.Or, base station can also arrange processing mode with terminal, consequently, it is possible to which terminal can be selected to receive beep-page message or non-beep-page message according to the method corresponding with base station.

Optionally, in each above-mentioned embodiment, paging parameters include at least one in parameters described below：Extension paging cycle eT, paging time-slot determine spreading parameter enB, the spreading coefficient Co of system frame number SFN, current radio frames frame number spreading coefficient co.Wherein, l co Co, the extension frame number of current radio frames is CO X 1024+SFN, can be according to formula（1) paging radio frames PF frame number is determined.

In (+the SFN of (co-1) X 1024) mod T=(T div N) x (UE-ID mod N) (1) formula, due to the spreading coefficient Co of system frame number SFN so that the extension frame number of radio frames is to the maximum（Co-1 ) X 1024;The SFN period expansion coefficients co of current radio frames is current radio frames after SFN extensions, the parameter of SFN extensions, such as SFN extends 5 times, then, if some radio frames is in 1024 radio frames that SFN extends 3 times, then this co is equal to 3;It can be the specific paging cycle of cell or the greater in the specific paging cycle of terminal or smaller to extend paging cycle T；N is equal to min (T, η Β), and η Β span is 4 Τ, 2 Τ, Τ/2, Τ/4, Τ/8, Τ/16, Τ/32, e-nB;The unlimited frame PF of paging calculated frame number is less than or equal to（Co-1 ) X 1024.

Optionally, co scope can also be 0 co Co-l, then above-mentioned formula（1) it is accordingly：(+the SFN of co X 1024) mod T=(T div N) x (UE-ID mod N) (1) is after paging radio frames PF frame number is calculated, according to formula（2) it is that can determine that calling time PO.

i_s=floor(UE_ID/N) mod Ns (2)

Wherein, UE-ID is equal to IMSI mod 1024.

When it is determined that during coverage enhancement subframe position, that is, determining the position of paging coverage enhancement subframe and non-paging coverage enhancement subframe, it is necessary to consider the original position of the data channel portion of subframe.

Specifically, the resource of a subframe is divided into control channel part and data channel portion, and by Physical Control Format Indicator Channel（Physical Control Format Indicator Channel, PCFICH) carry control format indicate（Control Format Indicator, CFI) information instruction control channel part Size and data channel portion original position.Such as, a subframe includes 14 symbols, CFI=2, then, control channel part just takes 2 symbols, and remaining 12 symbols are used for data channel transmission.Under coverage enhancement scene, to ensure that terminal correctly receives control channel and data channel, enhancing transmission is carried out to PCFICH channels in the prior art, to ensure that terminal obtains correct CFI values, thus cause resource consumption and terminal because enhancing reception PCFICH and the time brought and energy expenditure.If but CFI is fixed, terminal no longer receives PCFICH by enhanced mode, to ensure that terminal can correctly find the original position of data channel portion, it is necessary to select CFI maximum as CFI fixed value；Otherwise, if control channel is actual to occupy 3 symbols, and terminal goes to receive control channel and data channel according to CFI=2, that is, two symbols, and mistake just occurs.But, if according to CFI maximum as fixed value, control channel may be again It is not necessary to which the symbolic number indicated using maximum, this may cause the wasting of resources.And according to above-mentioned formula（And formula 1)（2) the calling time PO calculated is concentrated in several calling times, reduces the number of subframes for needing CFI to fix, the waste of resource is avoided to a certain extent.

Fig. 3 is the flow chart that subframe position of the present invention determines embodiment of the method four, it is adaptable to need the coverage enhancement scene being determined to the position of paging subframe and non-paging subframe.Specifically, to include Ru Xia Walk rapid by the present embodiment Bao：

201st, terminal determines calling time according to paging parameters.

During this Walk is rapid, terminal determines paging radio frames according to paging parameters（Paging Frame, PF), and then determine all possible calling time (Paging Occasion, PO) for the coverage enhancement terminal, i.e., the calling time of all or part of coverage enhancement terminal according to paging radio frames.Wherein, paging parameters are, for example, the specific paging parameters that issue of cell of the terminal service, or are the specific paging parameters of coverage enhancement terminal oneself.

202nd, terminal determines the position of paging subframe according to calling time and the first coverage enhancement grade, and the first coverage enhancement grade indicates the repetition transmission times of beep-page message, and paging subframe is the paging coverage enhancement subframe of bearing call message.

First coverage enhancement grade is, for example, the maximum of the coverage enhancement grade of all UE on the calling time, in current base station service range in all UE the coverage enhancement grade that the maximum of coverage enhancement grade, base station can be supported maximum.Or first coverage enhancement grade can also be above-mentioned coverage enhancement grade（The coverage enhancement grade that the maximum of coverage enhancement grade, base station can be supported in all UE in the maximum of the coverage enhancement grade of all UE on the calling time, current base station service range is most Big value）The coverage enhancement grade of corresponding beep-page message.Generally, the maximal cover enhancing grade that terminal and base station selected base station can be supported strengthens the coverage enhancement grade of the corresponding beep-page message of grade as the first coverage enhancement grade as the first coverage enhancement grade, or the maximal cover that terminal and base station selected base station can be supported.During this Walk is rapid, after calling time is determined, terminal is according to the calling time with indicating that the first coverage enhancement grade of beep-page message repetition transmission times determines the position of paging subframe, determine the subframe position of the paging coverage enhancement subframe of bearing call message, the radio frame number that subframe position is depended on where the subframe numbers and subframe of subframe.

Optionally, if calling time is the original position of paging subframe, terminal determines the position of paging subframe according to calling time and the first coverage enhancement grade, is specially：Terminal determines the original position of paging subframe according to calling time；Terminal determines the position of paging subframe according to the original position of paging subframe with the first coverage enhancement grade.

Optionally, if calling time is the end position of paging subframe, terminal determines the position of paging subframe according to calling time and the first coverage enhancement grade, is specially：Terminal determines the end position of paging subframe according to calling time, and terminal determines the position of paging subframe according to the end position and the first coverage enhancement grade of paging subframe.

Optionally, if calling time is the centre position of paging subframe, terminal determines the position of paging subframe according to calling time and the first coverage enhancement grade, is specially：Terminal determines the centre position of paging subframe according to calling time, and the centre position according to paging subframe and the first coverage enhancement grade, using continuous subframe before or after the centre position as paging subframe, the centre position is original position and any position outside end position.

203rd, position and second coverage enhancement grade of the terminal according to paging subframe, determine the position of non-paging subframe, second coverage enhancement grade indicates the repetition transmission times of non-beep-page message, and non-paging subframe is the non-paging coverage enhancement subframe for carrying non-beep-page message.

Compared to Fig. 1 embodiments one, the present embodiment is illustrated by executive agent of terminal to the present invention, and rapid Ge Ge Walk realization principle can participate in mode that the Ge Ge Walk of Fig. 1 are rapid, and here is omitted.

Subframe position provided in an embodiment of the present invention determines method, terminal determines calling time by paging parameters, the position of paging subframe is determined according to calling time and the first coverage enhancement grade, and the position according to paging subframe determines the position of non-paging subframe with the second coverage enhancement grade, paging subframe and the determination of the position of non-paging subframe in coverage enhancement scene are realized.

In subframe position of the present invention determines embodiment of the method five, if terminal-pair beep-page message or non-paging disappear Breath is required for receiving, or, if terminal receives message process mode to receive two message, position and second coverage enhancement grade of the terminal according to paging subframe determine the position of non-paging subframe, are specially：Terminal determines that method determines the home position of non-paging subframe according to existing non-paging subframe position, and existing non-paging subframe position determines that method is the method that home position is determined by way of predefined and/or dynamic configuration；Terminal judges whether the position of paging subframe and home position overlap, if occurring overlapping, then adjust the position of non-paging subframe so that the position of paging subframe and the position of non-paging subframe are not overlapped, the position of non-paging subframe is the subframe position not overlapped after adjusting.

In addition, if terminal is narrowband terminal, terminal oneself can also select to receive non-beep-page message or beep-page message, if selection receives beep-page message, then without determining to seek the non-position for seeking subframe, if selection receives non-beep-page message, then judge whether the home position of non-beep-page message overlaps with the position of paging subframe, if occurring overlapping, then adjust the position of non-paging subframe, so that the position of paging subframe and the position of non-paging subframe are not overlapped, the position of non-paging subframe is the subframe position not overlapped after adjusting.

Below, numbering by 10 subframes in a radio frames is 09, be the n-th+k work songs frame or the n-th-k work song frames by the n-th work song framing control exemplified by, the position of non-paging subframe how is adjusted to base station in the present embodiment so that the position of paging subframe and non-paging subframe, which is not overlapped, to be described in detail.Wherein, n+k, refers to using subframe n as starting point, and k subframe is offset backward；N-k, refers to using subframe n as starting point, k subframe of biased forwards.

In a kind of possible implementation, terminal determines adjusting parameter k according to the first coverage enhancement grade and the second coverage enhancement grade, adjusting parameter k is nonnegative integer, the starting subframe of the position of non-paging subframe is adjusted to n+k by terminal, or, n-k, wherein n are the mark for the starting subframe for adjusting preceding home position.

In alternatively possible implementation, non-beep-page message is specially accidental access response（Random Access Response, RAR) message, accordingly, non-paging subframe is specially the carrying subframe of accidental access response message.Terminal determines that adjusting parameter k, adjusting parameter k are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；The starting subframe of the subframe of accidental access response message is adjusted to n+k by terminal, or, n-k, wherein n carries the mark of the end subframe of subframe for the random access sequence of triggering accidental access response message, and the end subframe of random access sequence carrying subframe can be obtained according to random access resource configuration information or by way of agreement.In addition, the present invention is not limited thereto system, in other feasible embodiments or the non-paging subframe of adjustment end subframe or other subframes.

In another possible implementation, non-beep-page message is specially accidental access response（Random Access Response, RAR) message, accordingly, non-paging subframe is specially the subframe for carrying accidental access response message.Terminal determines that adjusting parameter k, adjusting parameter k are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；The position of the end subframe of the random access sequence carrying subframe of terminal adjustment triggering accidental access response message is n+k, or, n-k so that the position of paging subframe and the position of accidental access response message carrying subframe are not overlapped, and receive non-beep-page message in subframe after the adjustment；Wherein, n is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement.In the manner, the position of the carrying subframe of RAR message and trigger random message random access sequence carrying subframe between have fixed interval or skew, by the position for the carrying subframe for adjusting random access sequence, so as to realize the position for the carrying subframe for adjusting RAR message so that the position and the position of paging subframe of RAR message carrying subframe are not overlapped.

In subframe position of the present invention determines embodiment of the method six, if the message process mode that terminal is received is only to receive one of non-beep-page message or beep-page message, then position and second coverage enhancement grade of the terminal according to paging subframe, determine the position of non-paging subframe, are specially：Terminal determines that method determines the home position of non-paging subframe according to existing non-paging subframe position, and existing non-paging subframe position determines the method that method determines home position by way of for predefined and/or dynamic configuration；Terminal judges whether paging subframe overlaps with home position, if not overlapping, then adjust the position of non-paging subframe so that the position of paging subframe and the position of non-paging subframe are overlapped, the position of non-paging subframe is the position of the subframe overlapped after adjustment.

Below, the home position of non-paging subframe how is adjusted to base station in the present embodiment so that the home position of paging subframe and non-paging subframe, which is not overlapped, to be described in detail.

In a kind of possible implementation, numbering by 10 subframes in a radio frames is 09, be the n-th+x work songs frame or the n-th-x work song frames by the n-th work song framing control exemplified by, terminal judges whether the sub-frame interval z between the starting subframe n in the home position of non-paging subframe and the starting subframe m of paging subframe is less than or equal to first threshold A;

If so, then terminal determines adjusting parameter according to the first coverage enhancement grade and the second coverage enhancement grade

X, adjusting parameter X are nonnegative integer, and the position adjustment of the starting subframe of the position of non-paging subframe is n+x by terminal, or n-x so that the position of paging subframe and the position of non-paging subframe are overlapped, wherein, n+x, refers to using subframe n as starting point, and X subframe is offset backward；N-x, refers to using subframe n as starting point, X subframe of biased forwards；If it is not, terminal keeps the position of non-paging subframe constant for home position.

In alternatively possible implementation, non-beep-page message is specially accidental access response（Random Access Response, RAR) message, accordingly, non-paging subframe is the carrying subframe of RAR message.Numbering by 10 subframes in a radio frames is 09, the starting subframe of the position of the carrying subframe of accidental access response message is adjusted to y+x work songs frame or y-x work song frames exemplified by, terminal judges whether the sub-frame interval z between the starting subframe n in the home position of the carrying subframe position of accidental access response message and the starting subframe m of paging subframe is less than or equal to first threshold A;If so, then terminal determines that adjusting parameter X, adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade;The starting subframe of the position of the carrying subframe of accidental access response message is adjusted to y+x by terminal, or y-x, so that the position that the position of paging subframe carries subframe with accidental access response message is overlapped, wherein, y carries the mark of the end subframe of subframe for the random access sequence of triggering accidental access response message, y+ χ, refer to using subframe y as starting point, and X subframe is offset backward；Y-x, refers to using subframe y as starting point, X subframe of biased forwards；If it is not, terminal keeps the carrying subframe position of accidental access response message constant for home position.In addition, the present invention is not limited thereto system, in other feasible embodiments or adjustment accidental access response message carrying subframe position end subframe or other subframes.

In another possible implementation, non-beep-page message is specially accidental access response（Random Access Response, RAR) message, accordingly, non-paging subframe is the carrying subframe of RAR message.Exemplified by the position adjustment for the ends subframe that numbering by 10 subframes in a radio frames is 09, random access sequence is carried to subframe is y+x work songs frame or y-x work song frames, whether terminal judges sub-frame interval z between the starting subframe n in the home position of the carrying subframe position of accidental access response message and the starting subframe m of paging subframe less than or equal to first threshold A;If, then terminal determines adjusting parameter X according to the first coverage enhancement grade and the second coverage enhancement grade, adjusting parameter X is nonnegative integer, and it is y+x that the random access sequence for triggering RAR message is carried to the position of the end subframe of subframe, or, y-x, so that the position that the position of paging subframe carries subframe with accidental access response message is overlapped, wherein, y is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement, y+x, refer to using subframe y as starting point, X subframe is offset backward；Y-x, refers to using subframe y as starting point, X subframe of biased forwards；If it is not, keeping the position of the carrying subframe of accidental access response message constant for home position.In the manner, the position of the carrying subframe of RAR message and trigger random message random access sequence carrying subframe between have fixed interval or skew, by the position for the carrying subframe for adjusting random access sequence, so as to realize the position for the carrying subframe for adjusting RAR message so that the position and the position of paging subframe of RAR message carrying subframe are overlapped.In addition, the present invention is not limited thereto system, in other feasible embodiments or adjustment random access sequence is held The end subframe or other subframes of carrier frame.

Jin mono- Walk's, in each above-mentioned embodiment, terminal can also send the positional information of non-beep-page message coverage enhancement subframe after the position of non-paging subframe is determined to base station.

Jin mono- Walk's, in each above-mentioned embodiment, terminal can also receive the paging parameters of base station transmission, and determine calling time according to paging parameters.

Jin mono- Walk's, in each above-mentioned embodiment, paging parameters at least include：Extension paging cycle eT, paging time-slot determine spreading parameter enB, spreading coefficient Co, the current radio frames frame number spreading coefficient co of system frame number SFN, wherein, l co Co, then the extension frame number of current radio frames be（co-1 ) X 1024+SFN.Certainly, co scope can also be 0 co Co-l, then the extension frame number of preceding radio frames is co X 1024+SFN.

Enter in a Walk, each above-mentioned embodiment, terminal receives the message process mode information that base station is sent, message process mode information includes：Base station needs to send non-beep-page message and beep-page message, the non-beep-page message of base station selected transmission or beep-page message.

Fig. 4 is the structural representation of base station embodiment one of the present invention.The base station that the present embodiment is provided is device embodiment corresponding with Fig. 1 embodiments of the present invention, and the process of implementing will not be repeated here.Specifically, the base station 100 that the present embodiment is provided is specifically included：

First determining module 11, for determining calling time according to paging parameters；

Second determining module 12, calling time and the first coverage enhancement grade for being determined according to the first determining module 11 determine the position of paging subframe, first coverage enhancement grade indicates the repetition transmission times of beep-page message, and paging subframe is the paging coverage enhancement subframe of bearing call message；

3rd determining module 13, for the position of paging subframe determined according to the second determining module 12 and the second coverage enhancement grade, determine the position of non-paging subframe, second coverage enhancement grade indicates the repetition transmission times of non-beep-page message, and non-paging subframe is the non-paging coverage enhancement subframe for carrying non-beep-page message.

Jin mono- Walk's, the second determining module 12, the original position for determining paging subframe according to calling time determines the position of paging subframe according to the original position of paging subframe and the first coverage enhancement grade, and calling time is the original position of paging subframe.

Jin mono- Walk's, the second determining module 12, the end position for determining paging subframe according to calling time determines the position of paging subframe according to the end position of paging subframe and the first coverage enhancement grade, and calling time is the end position of paging subframe.

Fig. 5 is the structural representation of base station embodiment two of the present invention.As shown in figure 5, the base of the present embodiment 200 are stood on the basis of base station shown in Fig. 4, Jin mono- Walk's, the 3rd determining module 13, including：Determining unit 131, judging unit 132 and adjustment unit 133;

Determining unit 131, for determining that base station determines the home position of the position of non-paging subframe according to existing non-paging subframe position, existing non-paging subframe position determines that base station is the base station that home position is determined by way of predefined and/or dynamic configuration；Judging unit 132, for judging whether the position of paging subframe overlaps with home position；Adjustment unit 133, if judging occur to overlap for judging unit 132, adjusts the position of non-paging subframe so that the position of paging subframe and the position of non-paging subframe are not overlapped, and the position of non-paging subframe is the subframe position not overlapped after adjusting.

Jin mono- Walk's, determining unit 131, for determining that base station determines the home position of the position of non-paging subframe according to existing non-paging subframe position, existing non-paging subframe position determines that base station determines the base station in home position by way of for predefined and/or dynamic configuration；Judging unit 132, for judging whether paging subframe overlaps with home position；Adjustment unit 133, if judging not overlap for judging unit 132, adjusts the position of non-paging subframe so that the position of paging subframe and the position of non-paging subframe are overlapped, and the position of non-paging subframe is the position of the subframe overlapped after adjustment.

Fig. 5 is refer to again, and the base station 200 of the present embodiment also includes on the basis of base station shown in Fig. 4：Sending module 14, sends non-beep-page message in subframe after the adjustment.

Jin mono- Walk's, base station 200 also includes：

Selecting module 15, for selecting to send non-beep-page message.

Jin mono- Walk's, whether the nonrecognition beep-page message of the 3rd determining module 13 is directed to same terminal with non-beep-page message, and base station needs to send beep-page message and non-beep-page message；Or,

3rd determining module 13 recognizes that beep-page message is directed to same terminal with non-beep-page message, and identify that terminal is narrowband terminal, and base station needs transmission beep-page message and non-beep-page message, wherein, nonrecognition refers to that base station has no ability to identification, or has the ability but do not perform recognition capability；Identification refers to that there is recognition capability base station and performs recognition capability；Need to send beep-page message and non-beep-page message refers to that base station is required for sending to beep-page message and non-beep-page message, and one of them can not be selected to send.

Jin mono- Walk's, whether the nonrecognition beep-page message of the 3rd determining module 13 is directed to same terminal, and base station selected transmission beep-page message or non-beep-page message with non-beep-page message；Wherein, nonrecognition refers to that base station has no ability to identification, or has the ability but do not perform identification；Selection sends beep-page message or non-beep-page message refers to base station selected transmission beep-page message, or only sends non-beep-page message；Or,

Whether the 3rd determining module 13 can recognize beep-page message with non-beep-page message for same terminal Base station, and identify that beep-page message and non-beep-page message are directed to different terminals, wherein, identification refers to that base station has recognition capability and performs recognition capability.

Jin mono- Walk's, whether the 3rd determining module 13 identification beep-page message is directed to the base station of same terminal with non-beep-page message, and identifies that beep-page message is directed to same narrowband terminal with non-beep-page message.

Jin mono- Walk's, determining unit 131, it is additionally operable to determine that adjusting parameter k, adjusting parameter k are nonnegative integer, adjustment unit 133 according to the first coverage enhancement grade and the second coverage enhancement grade, for the starting subframe of the position of non-paging subframe to be adjusted into n+k, or, n-k so that the position of paging subframe and the position of non-paging subframe are not overlapped, wherein, n is the mark of the starting subframe in the home position of the position of the preceding non-paging subframe of adjustment.

Jin mono- Walk's, determining unit 131, it is additionally operable to determine adjusting parameter k according to the first coverage enhancement grade and the second coverage enhancement grade, adjusting parameter k is nonnegative integer, adjustment unit 133, for the starting subframe of the carrying subframe of accidental access response message to be adjusted into n+k, or, n-k, wherein n carries the mark of the end subframe of subframe for the random access sequence of triggering accidental access response message, and the end subframe of random access sequence carrying subframe can be obtained according to random access resource configuration information or by way of agreement.

Jin mono- Walk's, determining unit 131, it is additionally operable to determine adjusting parameter k according to the first coverage enhancement grade and the second coverage enhancement grade, adjusting parameter k is nonnegative integer, adjustment unit 133, position for the end subframe for the random access sequence carrying subframe for adjusting triggering accidental access response message is n+k, or, n-k, so that the position that the position of paging subframe carries subframe with accidental access response message is not overlapped, wherein, n is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement.

Jin mono- Walk's, judging unit 132 is additionally operable to judge whether the sub-frame interval z between the starting subframe n in the home position of the position of non-paging subframe and the starting subframe m of paging subframe is less than or equal to first threshold A;

If, then determining unit 131, it is additionally operable to determine adjusting parameter X according to the first coverage enhancement grade and the second coverage enhancement grade, adjusting parameter X is nonnegative integer, adjustment unit 133, for being n+x, or n-x by the position adjustment of the starting subframe of the position of non-paging subframe so that the position of paging subframe and the position of non-paging subframe are overlapped；

If it is not, then adjustment unit 133, for keeping the position of non-paging subframe constant for home position.Jin mono- Walk's, judging unit 132 is additionally operable to judge the carrying subframe position of accidental access response message Whether the sub-frame interval z between the starting subframe n in the home position put and the starting subframe m of paging subframe is less than or equal to first threshold A;

If, then determining unit 131, it is additionally operable to determine adjusting parameter X according to the first coverage enhancement grade and the second coverage enhancement grade, adjusting parameter X is nonnegative integer, adjustment unit 133, for the starting subframe of the position of the carrying subframe of accidental access response message to be adjusted into y+x, or y-x, so that the position that the position of paging subframe carries subframe with accidental access response message is overlapped, wherein, y carries the mark of the end subframe of subframe for the random access sequence of triggering accidental access response message；

If it is not, then adjustment unit 133, for keeping the carrying subframe position of accidental access response message constant for home position.

Jin mono- Walk's, judging unit 132 is additionally operable to judge whether the sub-frame interval z between the starting subframe n in the home position of the position of the carrying subframe of accidental access response message and the starting subframe m of paging subframe is less than or equal to first threshold A;

If, then determining unit 131, it is additionally operable to determine adjusting parameter X according to the first coverage enhancement grade and the second coverage enhancement grade, adjusting parameter X is nonnegative integer, adjustment unit 133, position for the end subframe for the random access sequence carrying subframe for adjusting triggering accidental access response message is y+x, or, y-x, so that the position that the position of paging subframe carries subframe with accidental access response message is overlapped, wherein, y is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement；

If it is not, then adjustment unit 133, for keeping the position of carrying subframe of random access sequence constant.Jin mono- Walk's, sending module 14, the positional information for sending non-beep-page message coverage enhancement subframe to terminal.

Jin mono- Walk's, base station 200 also includes：

Receiving module 16, the paging parameters sent for receiving terminal.

Jin mono- Walk's, paging parameters include at least one in parameters described below：Extension paging cycle eT, paging time-slot determine spreading parameter enB, the spreading coefficient Co, current radio frames frame number spreading coefficient co of system frame number SFN.

Enter a Walk, sending module 14, for terminal transmission message process mode information, message process mode information to include：Base station needs to send non-beep-page message and beep-page message, the non-beep-page message of base station selected transmission or beep-page message.

Fig. 6 is the structural representation of terminal embodiment one of the present invention.The present embodiment provide terminal be and this The corresponding device embodiment of the embodiment of Invention figure 3, the process of implementing will not be repeated here.Specifically, the terminal 300 that the present embodiment is provided is specifically included：

4th determining module 21, for determining calling time according to paging parameters；

5th determining module 22, calling time and the first coverage enhancement grade for being determined according to the 4th determining module 21 determine the position of paging subframe, first coverage enhancement grade indicates the repetition transmission times of beep-page message, and paging subframe is the paging coverage enhancement subframe of bearing call message；

6th determining module 23, for the position of paging subframe determined according to the 5th determining module 22 and the second coverage enhancement grade, determine the position of non-paging subframe, second coverage enhancement grade indicates the repetition transmission times of non-beep-page message, and non-paging subframe is the non-paging coverage enhancement subframe for carrying non-beep-page message.

Jin mono- Walk's, the 5th determining module 22, the original position for determining paging subframe according to calling time determines the position of paging subframe according to the original position of paging subframe and the first coverage enhancement grade, and calling time is the original position of paging subframe.

Jin mono- Walk's, the 5th determining module 22, the end position for determining paging subframe according to calling time；Terminal determines the position of paging subframe according to the end position and the first coverage enhancement grade of paging subframe, and calling time is the end position of paging subframe.

Fig. 7 is the structural representation of terminal embodiment two of the present invention.As shown in fig. 7, the terminal 400 of the present embodiment is on the basis of terminal shown in Fig. 6, and Jin mono- Walk's, the 6th determining module 23, including：Determining unit 231, judging unit 232, adjustment unit 233;

Determining unit 231, for determining that method determines the home position of the position of non-paging subframe according to existing non-paging subframe position, existing non-paging subframe position determines that method is the method that home position is determined by way of predefined and/or dynamic configuration；Judging unit 232, for judging whether the position of paging subframe overlaps with home position；Adjustment unit 233, if judging occur to overlap for judging unit 232, adjusts the position of non-paging subframe so that the position of paging subframe and the position of non-paging subframe are not overlapped, and the position of non-paging subframe is the subframe position not overlapped after adjusting.

Jin mono- Walk's, determining unit 231, for determining that method determines the home position of the position of non-paging subframe according to existing non-paging subframe position, existing non-paging subframe position determines the method that method determines home position by way of for predefined and/or dynamic configuration；Judging unit 232, for judging whether paging subframe overlaps with home position；Adjustment unit 233, if judging not overlap for judging unit 232, adjusts the position of non-paging subframe so that the position of paging subframe and the position of non-paging subframe are overlapped, and the position of non-paging subframe is the position of the subframe overlapped after adjustment. Fig. 7 is refer to again, and the terminal 400 of the present embodiment also includes on the basis of terminal shown in Fig. 6：Receiving module 24, receives non-beep-page message in subframe after the adjustment.

Jin mono- Walk's, terminal 400 can also include：

Selecting module 25, for selecting to receive non-beep-page message.

Jin mono- Walk's, receiving module 24, for receiving beep-page message and non-beep-page message, it is message process mode of the terminal when base station is required for sending and one of them can not be selected to send to beep-page message and non-beep-page message to receive beep-page message with non-beep-page message.

Jin mono- Walk's, receiving module 24, beep-page message or non-beep-page message for receiving base station selected transmission, message process mode when receiving the beep-page message or the non-beep-page message of base station selected transmission and send beep-page message at base station selected for terminal, or only sending non-beep-page message.

Jin mono- Walk's, terminal is narrowband terminal.

Jin mono- Walk's, determining unit 231, it is additionally operable to determine that adjusting parameter k, adjusting parameter k are nonnegative integer, adjustment unit 233 according to the first coverage enhancement grade and the second coverage enhancement grade, for the starting subframe of the position of non-paging subframe to be adjusted into n+k, or, n-k so that the position of paging subframe and the position of non-paging subframe are not overlapped, wherein, n is the mark of the starting subframe in the home position of the preceding non-paging subframe position of adjustment.

Jin mono- Walk's, determining unit 231, it is additionally operable to determine adjusting parameter k according to the first coverage enhancement grade and the second coverage enhancement grade, adjusting parameter k is nonnegative integer, adjustment unit 233, for the starting subframe of the carrying subframe of accidental access response message to be adjusted into n+k, or, n-k, wherein n carries the mark of the end subframe of subframe for the random access sequence of triggering accidental access response message, and the end subframe of random access sequence carrying subframe can be obtained according to random access resource configuration information or by way of agreement.

Jin mono- Walk's, determining unit 231, it is additionally operable to determine adjusting parameter k according to the first coverage enhancement grade and the second coverage enhancement grade, adjusting parameter k is nonnegative integer, adjustment unit 233, position for the end subframe for the random access sequence carrying subframe for adjusting triggering accidental access response message is n+k, or, n-k, so that the position that the position of paging subframe carries subframe with accidental access response message is not overlapped, wherein, n is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement.

Jin mono- Walk's, judging unit 232, for judging whether the sub-frame interval z between the starting subframe n in home position and the starting subframe m of paging subframe is less than or equal to first threshold A; If, then determining unit 231, it is additionally operable to determine adjusting parameter X according to the first coverage enhancement grade and the second coverage enhancement grade, adjusting parameter X is nonnegative integer, adjustment unit 233, for being n+x, or n-x by the position adjustment of the starting subframe of the position of non-paging subframe so that the position of paging subframe and the position of non-paging subframe are overlapped；

If it is not, then adjustment unit 233, for keeping the position of non-paging subframe constant for home position.Jin mono- Walk's, judging unit 232 is additionally operable to judge whether the sub-frame interval z between the starting subframe n in the home position of the carrying subframe position of accidental access response message and the starting subframe m of paging subframe is less than or equal to first threshold A;

If, then determining unit 231, it is additionally operable to determine adjusting parameter X according to the first coverage enhancement grade and the second coverage enhancement grade, adjusting parameter X is nonnegative integer, adjustment unit 233, for the starting subframe of the position of the carrying subframe of accidental access response message to be adjusted into y+x, or y-x, so that the position that the position of paging subframe carries subframe with accidental access response message is overlapped, wherein, y carries the mark of the end subframe of subframe for the random access sequence of triggering accidental access response message；

If it is not, then adjustment unit 233, for keeping the carrying subframe position of accidental access response message constant for home position.

Jin mono- Walk's, judging unit 232 is additionally operable to judge whether the sub-frame interval z between the starting subframe n in the home position of the position of the carrying subframe of accidental access response message and the starting subframe m of paging subframe is less than or equal to first threshold A;

If, determining unit 231, it is additionally operable to determine adjusting parameter X according to the first coverage enhancement grade and the second coverage enhancement grade, adjusting parameter X is nonnegative integer, adjustment unit 233, position for the end subframe for the random access sequence carrying subframe for adjusting triggering accidental access response message is y+x, or, y-x, so that the position that the position of paging subframe carries subframe with accidental access response message is overlapped, wherein, y is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement；

If it is not, then adjustment unit 233, the position of the carrying subframe for keeping connecing sequence at random is that home position is constant.

Jin mono- Walk's, receiving module 24, the positional information of the non-beep-page message coverage enhancement subframe for receiving base station transmission.

Jin mono- Walk's, receiving module 24, the paging parameters for receiving base station transmission.

Jin mono- Walk's, paging parameters include at least one in parameters described below：Extend paging cycle eT, seek Time slot is exhaled to determine spreading parameter enB, the spreading coefficient Co of system frame number SFN, current paging radio frames PF spreading coefficient co.

Enter a Walk, receiving module 24, the message process mode information for receiving base station transmission, message process mode information includes：Base station needs to send non-beep-page message and beep-page message, the non-beep-page message of base station selected transmission or beep-page message.

Fig. 8 is the structural representation of base station embodiment three of the present invention.As shown in figure 8, the base station 500 that the present embodiment is provided includes processor 51 and memory 52.Base station 500 can also include transmitter 53, receiver 54.Transmitter 53 can be connected with receiver 54 with processor 51.Wherein, memory 52 stores execute instruction, when base station 500 is run, communicated between processor 51 and memory 52, processor 51 calls the execute instruction in memory 52, for performing embodiment of the method shown in Fig. 1, its implementing principle and technical effect is similar, and here is omitted.

Fig. 9 is the structural representation of terminal embodiment three of the present invention.As shown in figure 9, the terminal 600 that the present embodiment is provided includes processor 61 and memory 62.Terminal 600 can also include transmitter 63, receiver 64.Transmitter 63 can be connected with receiver 64 with processor 61.Wherein, memory 62 stores execute instruction, when terminal 600 is run, communicated between processor 61 and memory 62, processor 61 calls the execute instruction in memory 62, for performing embodiment of the method shown in Fig. 3, its implementing principle and technical effect is similar, and here is omitted.

One of ordinary skill in the art will appreciate that：Realize that above method embodiment full portions or Bu Fen Walk can be completed by the related hardware of programmed instruction suddenly, foregoing program can be stored in a computer read/write memory medium, upon execution, it is rapid that execution includes above method embodiment Walk to the program；And foregoing storage medium includes：ROM, RAM, magnetic disc or CD etc. are various can be with the medium of store program codes.

Finally it should be noted that：Various embodiments above is merely illustrative of the technical solution of the present invention, rather than its limitations；Although the present invention is described in detail with reference to foregoing embodiments, it will be understood by those within the art that：It can still modify to the technical scheme described in foregoing embodiments, or carry out equivalent substitution to which part or all technical characteristic；And these modifications or replacement, the essence of appropriate technical solution is departed from the scope of various embodiments of the present invention technical scheme.

Claims

Claims

1st, a subframe positions determine method, it is characterised in that including：

Base station determines calling time according to paging parameters；

The base station determines the position of paging subframe according to the calling time and the first coverage enhancement grade, and the first coverage enhancement grade indicates the repetition transmission times of beep-page message, and the paging subframe is the paging coverage enhancement subframe of bearing call message；

Position and second coverage enhancement grade of the base station according to the paging subframe, determine the position of non-paging subframe, the second coverage enhancement grade indicates the repetition transmission times of non-beep-page message, and the non-paging subframe is the non-paging coverage enhancement subframe for carrying non-beep-page message.

2nd, according to the method described in claim 1, it is characterised in that the calling time is the original position of paging subframe, the base station determines the position of paging subframe according to the calling time and the first coverage enhancement grade, is specially：

The base station determines the original position of paging subframe according to calling time；

The base station determines the position of the paging subframe according to the original position of the paging subframe with the first coverage enhancement grade.

3rd, according to the method described in claim 1, it is characterised in that the calling time is the end position of paging subframe, the base station determines the position of the paging subframe according to the calling time and the first coverage enhancement grade, is specially：

The base station determines the end position of paging subframe according to calling time；

The base station determines the position of the paging subframe according to the end position of the paging subframe with the first coverage enhancement grade.

4th, according to the method described in claim 1, it is characterised in that position and second coverage enhancement grade of the base station according to the paging subframe, the position of non-paging subframe is determined, is specially：

The base station determines that method determines the home position of the position of the non-paging subframe according to existing non-paging subframe position, and the existing non-paging subframe position determines that method is the method that the home position is determined by way of predefined and/or dynamic configuration；

The base station judges whether the position of the paging subframe and the home position overlap, if occurring overlapping, then adjust the position of the non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, the position of the non-paging subframe is the subframe position not overlapped after adjusting.

5th, according to the method described in claim 1, it is characterised in that the base station is according to paging The position of frame and the second coverage enhancement grade, determine the position of non-paging subframe, are specially：The base station determines that method determines the home position of the position of the non-paging subframe according to existing non-paging subframe position, and the existing non-paging subframe position determines the method that method determines the home position by way of for predefined and/or dynamic configuration；

The base station judges whether the paging subframe overlaps with the home position, if not overlapping, then adjust the position of the non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are overlapped, the position of the non-paging subframe is the position of the subframe overlapped after adjustment.

6th, method according to claim 5, it is characterized in that, the base station judges whether the paging subframe overlaps with the home position, if not overlapping, then adjust the position of the non-paging subframe, so that after the position of the paging subframe and the position of the non-paging subframe are overlapped, in addition to:The non-beep-page message is sent in the subframe of the base station after the adjustment.

7th, according to the method described in claim 1, it is characterised in that the base station determines according to existing non-paging subframe position before the home position that method determines the position of the non-paging subframe, in addition to：The base station selected transmission non-beep-page message.

8th, method according to claim 4, it is characterised in that whether beep-page message described in the base station nonrecognition is directed to same terminal with the non-beep-page message, and the base station needs to send the beep-page message and the non-beep-page message；

Or,

Beep-page message described in the identification of base stations is directed to same terminal with the non-beep-page message, and identify that the terminal is narrowband terminal, and the base station needs to send the beep-page message and the non-beep-page message, wherein, the nonrecognition refers to that the base station has no ability to identification, or has the ability but do not perform recognition capability；The identification refers to that there is recognition capability the base station and performs recognition capability；It is described to need to send the beep-page message and refer to that the base station is required for sending to the beep-page message and the non-beep-page message with the non-beep-page message, and one of them can not be selected to send.

9th, method as claimed in claim 5, it is characterised in that whether beep-page message described in the base station nonrecognition is directed to same terminal, and the base station selected transmission beep-page message or the non-beep-page message with the non-beep-page message；Wherein, the nonrecognition refers to that the base station has no ability to identification, or has the ability but do not perform identification；The selection sends the beep-page message or the non-beep-page message refers to base station selected transmission beep-page message, or only sends non-beep-page message；

Or, The base station can recognize whether the beep-page message is directed to the base station of same terminal with the non-beep-page message, and identify that the beep-page message and the non-beep-page message are directed to different terminals, wherein, the identification refers to that the base station has recognition capability and performs recognition capability.

10th, method as claimed in claim 6, it is characterised in that whether beep-page message described in the identification of base stations is directed to same terminal with the non-beep-page message, and identifies that the beep-page message is directed to same narrowband terminal with the non-beep-page message.

11st, method according to claim 4, it is characterised in that the position of the adjustment non-paging subframe so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, including:The base station determines that adjusting parameter k, the adjusting parameter k are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The starting subframe of the position of the non-paging subframe is adjusted to n+k by the base station, or, n-k so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, wherein, n is the mark of the starting subframe in the home position of the position of the preceding non-paging subframe of adjustment.

12nd, method according to claim 4, characterized in that, the non-paging subframe is the carrying subframe of accidental access response message, the position of the adjustment non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, including：

The base station determines that adjusting parameter k, the adjusting parameter k are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The starting subframe of the carrying subframe of the accidental access response message is adjusted to n+k by the base station, or, n-k, wherein n is triggers the mark of the end subframe of the random access sequence carrying subframe of the accidental access response message, and the end subframe of the random access sequence carrying subframe can be obtained according to random access resource configuration information or by way of agreement.

13rd, method according to claim 4, characterized in that, the non-paging subframe is the carrying subframe of accidental access response message, the position of the adjustment non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, including：

The base station determines that adjusting parameter k, the adjusting parameter k are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The position of the end subframe of the random access sequence carrying subframe of the base station adjustment triggering accidental access response message is n+k, or, n-k, so that the position that the position of the paging subframe carries subframe with the accidental access response message is not overlapped, wherein, n be according to random access resource configuration information or The mark of the end subframe for the random access sequence carrying subframe that person is obtained by way of agreement.

14th, method according to claim 5, it is characterised in that the position of the adjustment non-paging subframe so that the position of the paging subframe and the position of the non-paging subframe are overlapped, including：The base station judges whether the sub-frame interval z between the starting subframe n in the home position of the position of the non-paging subframe and the starting subframe m of the paging subframe is less than or equal to first threshold A;

If so, then the base station determines that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；It is n+x, or n-x by the position adjustment of the starting subframe of the position of the non-paging subframe so that the position of the paging subframe and the position of the non-paging subframe are overlapped；

If it is not, the base station keeps the position of the non-paging subframe constant for home position.

15th, method according to claim 5, characterized in that, the non-paging subframe is the carrying subframe of accidental access response message, then the position of the non-paging subframe is adjusted, so that the position of the paging subframe and the position of the non-paging subframe are overlapped, including：

The base station judges whether the sub-frame interval z between the starting subframe n in the home position of the carrying subframe position of the accidental access response message and the starting subframe m of the paging subframe is less than or equal to first threshold A;

If so, then the base station determines that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The starting subframe of the position of the carrying subframe of the accidental access response message is adjusted to y+x by the base station, or y-x, so that the position that the position of the paging subframe carries subframe with the accidental access response message is overlapped, wherein, y carries the mark of the end subframe of subframe for the random access sequence of the triggering accidental access response message；

If it is not, the base station keeps the carrying subframe position of the accidental access response message constant for home position.

16th, method according to claim 5, characterized in that, the non-paging subframe is the carrying subframe of accidental access response message, then the position of the non-paging subframe is adjusted, so that the position of the paging subframe and the position of the non-paging subframe are overlapped, including：

The base station judges whether the sub-frame interval z between the starting subframe n in the home position of the position of the carrying subframe of the accidental access response message and the starting subframe m of the paging subframe is less than or equal to first threshold A; If so, then the base station determines that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The position of the end subframe of the random access sequence carrying subframe of the base station adjustment triggering accidental access response message is y+x, or, y-x, so that the position that the position of paging subframe carries subframe with the accidental access response message is overlapped, wherein, y is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement；

If it is not, keeping the position of the carrying subframe of the random access sequence constant.

17th, according to the method described in claim 1, it is characterised in that also include：

The base station sends the positional information of the non-beep-page message coverage enhancement subframe to terminal.

18th, according to the method described in claim 1, it is characterised in that the base station determines according to paging parameters before calling time, in addition to：

The paging parameters that the base station receiving terminal is sent.

19th, the method according to any one of claim 1 18, it is characterised in that the paging parameters include at least one in parameters described below：Extension paging cycle eT, paging time-slot determine spreading parameter enB, the spreading coefficient Co, current radio frames frame number spreading coefficient co of system frame number SFN.

20th, the method according to claim 1 18, it is characterised in that also include：

The base station sends message process mode information to terminal, and the message process mode information includes：The base station needs to send the non-beep-page message and the beep-page message, the base station selected transmission non-beep-page message or the beep-page message.

21st, a subframe positions determine method, it is characterised in that including：

Terminal determines calling time according to paging parameters；

The terminal determines the position of paging subframe according to the calling time and the first coverage enhancement grade, and the first coverage enhancement grade indicates the repetition transmission times of beep-page message, and the paging subframe is the paging coverage enhancement subframe of bearing call message；

Position and second coverage enhancement grade of the terminal according to the paging subframe, determine the position of non-paging subframe, the second coverage enhancement grade indicates the repetition transmission times of non-beep-page message, and the non-paging subframe is the non-paging coverage enhancement subframe for carrying non-beep-page message.

22nd, method according to claim 21, it is characterised in that the calling time is the original position of paging subframe, the terminal determines the position of paging subframe according to the calling time and the first coverage enhancement grade, is specially： The terminal determines the original position of paging subframe according to calling time；

The terminal determines the position of the paging subframe according to the original position of the paging subframe with the first coverage enhancement grade.

23rd, method according to claim 21, it is characterised in that the calling time is the end position of paging subframe, then the terminal determines the position of the paging subframe according to the calling time and the first coverage enhancement grade, is specially：

The terminal determines the end position of paging subframe according to calling time；

The terminal determines the position of the paging subframe according to the end position of the paging subframe with the first coverage enhancement grade.

24th, method according to claim 21, it is characterised in that position and second coverage enhancement grade of the terminal according to the paging subframe, determines the position of non-paging subframe, is specially：

The terminal determines that method determines the home position of the position of the non-paging subframe according to existing non-paging subframe position, and the existing non-paging subframe position determines that method is the method that the home position is determined by way of predefined and/or dynamic configuration；

The terminal judges whether the position of the paging subframe and the home position overlap, if occurring overlapping, then adjust the position of the non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, the position of the non-paging subframe is the subframe position not overlapped after adjusting.

25th, method according to claim 21, it is characterised in that position and second coverage enhancement grade of the terminal according to the paging subframe, determines the position of non-paging subframe, is specially：

The terminal determines that method determines the home position of the position of the non-paging subframe according to existing non-paging subframe position, and the existing non-paging subframe position determines the method that method determines the home position by way of for predefined and/or dynamic configuration；

The terminal judges whether the paging subframe overlaps with the home position, if not overlapping, then adjust the position of the non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are overlapped, the position of the non-paging subframe is the position of the subframe overlapped after adjustment.

26th, method according to claim 25, it is characterized in that, the terminal judges whether the paging subframe overlaps with the home position, if not overlapping, then adjust the position of the non-paging subframe, so that after the position of the paging subframe and the position of the non-paging subframe are overlapped, in addition to：

The non-beep-page message is received in the subframe of the terminal after the adjustment. 27th, method according to claim 21, it is characterised in that the terminal determines according to existing non-paging subframe position before the home position that method determines the position of the non-paging subframe, in addition to：The terminal selection receives the non-beep-page message.

28th, method according to claim 24, it is characterized in that, the terminal needs to receive the beep-page message and the non-beep-page message, described to need to be received as message process mode of the terminal when base station is required for sending and one of them be selected to send to the beep-page message and the non-beep-page message.

29th, method according to claim 25, it is characterized in that, the terminal receives the beep-page message or the non-beep-page message of base station selected transmission, the beep-page message or the non-beep-page message that the terminal receives base station selected transmission are that beep-page message is sent at base station selected, or message process mode when only sending non-beep-page message.

30th, method according to claim 26, it is characterised in that the terminal is narrowband terminal.

31st, method according to claim 24, it is characterised in that the position of the adjustment non-paging subframe so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, including:The terminal determines that adjusting parameter k, the adjusting parameter k are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The starting subframe of the position of the non-paging subframe is adjusted to n+k by the terminal, or, n-k so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, wherein, n is the mark of the starting subframe in the home position of the preceding non-paging subframe position of adjustment.

32nd, method according to claim 24, characterized in that, the non-paging subframe for carrying accidental access response message carrying subframe, the adjustment non-paging subframe position, so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, including：

The terminal determines that adjusting parameter k, the adjusting parameter k are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The starting subframe of the carrying subframe of the accidental access response message is adjusted to n+k by the terminal, or, n-k, wherein n is triggers the mark of the end subframe of the random access sequence carrying subframe of the accidental access response message, and the end subframe of the random access sequence carrying subframe can be obtained according to random access resource configuration information or by way of agreement.

33rd, method according to claim 24, it is characterised in that the non-paging subframe is the carrying subframe of accidental access response message, the position of the adjustment non-paging subframe so that the paging The position of subframe and the position of the non-paging subframe are not overlapped, including：

The terminal determines that adjusting parameter k, the adjusting parameter k are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The position of the end subframe of the random access sequence carrying subframe of the terminal adjustment triggering accidental access response message is n+k, or, n-k, so that the position that the position of the paging subframe carries subframe with the accidental access response message is not overlapped, wherein, n is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement.

34th, method according to claim 25, it is characterised in that the position of the adjustment non-paging subframe so that the position of the paging subframe and the position of the paging subframe are overlapped, including：The terminal judges whether the sub-frame interval z between the starting subframe n in the home position and the starting subframe m of the paging subframe is less than or equal to first threshold A;

If so, then the terminal determines that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The position adjustment of the starting subframe of the position of the non-paging subframe is n+x, or n-x by the terminal so that the position of the paging subframe and the position of the non-paging subframe are overlapped；

If it is not, the terminal keeps the position of the non-paging subframe constant for home position.

35th, method according to claim 25, characterized in that, the non-paging subframe is the carrying subframe of accidental access response message, then the position of the non-paging subframe is adjusted, so that the position of the paging subframe and the position of the non-paging subframe are overlapped, including：

The terminal judges whether the sub-frame interval z between the starting subframe n in the home position of the carrying subframe position of the accidental access response message and the starting subframe m of the paging subframe is less than or equal to first threshold A;

If so, then the terminal determines that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The starting subframe of the position of the carrying subframe of the accidental access response message is adjusted to y+x by the terminal, or y-x, so that the position that the position of the paging subframe carries subframe with the accidental access response message is overlapped, wherein, y carries the mark of the end subframe of subframe for the random access sequence of the triggering accidental access response message；

If it is not, the terminal keeps the carrying subframe position of the accidental access response message constant for home position. 36th, method according to claim 25, characterized in that, the non-paging subframe is the carrying subframe of carrying accidental access response message, then the position of the non-paging subframe is adjusted, so that the position of the paging subframe and the position of the non-paging subframe are overlapped, including：

The terminal judges whether the sub-frame interval z between the starting subframe n in the home position of the position of the carrying subframe of the accidental access response message and the starting subframe m of the paging subframe is less than or equal to first threshold A;

If so, then the terminal determines that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The position of the end subframe of the random access sequence carrying subframe of the terminal adjustment triggering accidental access response message is y+x, or, y-x, so that the position that the position of paging subframe carries subframe with the accidental access response message is overlapped, wherein, y is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement；

If it is not, keeping the position of the random carrying subframe for connecing sequence constant.

37th, method according to claim 21, it is characterised in that also include：

The terminal receives the positional information for the non-beep-page message coverage enhancement subframe that the base station is sent.

38th, method according to claim 21, it is characterised in that the terminal determines according to paging parameters before calling time, in addition to：

The terminal receives the paging parameters that base station is sent.

39th, the method according to any one of claim 21 38, it is characterised in that the paging parameters include at least one in parameters described below：Extension paging cycle eT, paging time-slot determine spreading parameter enB, the spreading coefficient Co, current radio frames frame number spreading coefficient co of system frame number SFN.

40th, the method according to any one of claim 21 38, it is characterised in that also include：The terminal receives the message process mode information that base station is sent, and the message process mode information includes：The base station needs to send the non-beep-page message and the beep-page message, the base station selected transmission non-beep-page message or the beep-page message.

41st, a kind of base station, it is characterised in that including：

First determining module, for determining calling time according to paging parameters；

Second determining module, the calling time and the first coverage enhancement grade for being determined according to first determining module determine the position of paging subframe, and the first coverage enhancement grade indicates beep-page message Transmission times is repeated, the paging subframe is the paging coverage enhancement subframe of bearing call message；3rd determining module, for the position of the paging subframe determined according to second determining module and the second coverage enhancement grade, determine the position of non-paging subframe, the second coverage enhancement grade indicates the repetition transmission times of non-beep-page message, and the non-paging subframe is the non-paging coverage enhancement subframe for carrying non-beep-page message.

42nd, base station according to claim 41, it is characterized in that, second determining module, original position for determining paging subframe according to calling time, the position of the paging subframe is determined according to the original position of the paging subframe and the first coverage enhancement grade, the calling time is the original position of the paging subframe.

43rd, base station according to claim 41, it is characterized in that, second determining module, end position for determining paging subframe according to calling time, the position of the paging subframe is determined according to the end position of the paging subframe and the first coverage enhancement grade, the calling time is the end position of the paging subframe.

44th, base station according to claim 41, it is characterised in that the 3rd determining module, including：Determining unit, judging unit and adjustment unit；

The determining unit, for determining that method determines the home position of the position of the non-paging subframe according to existing non-paging subframe position, the existing non-paging subframe position determines that method is the method that the home position is determined by way of predefined and/or dynamic configuration；

The judging unit, for judging whether the position of the paging subframe overlaps with the home position；

The adjustment unit, if it is overlapping to judge that the position of the paging subframe and the home position occur for the judging unit, then adjust the position of the non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, the position of the non-paging subframe is the subframe position not overlapped after adjusting.

45th, base station according to claim 41, it is characterised in that the 3rd determining module, including：Determining unit, judging unit and adjustment unit；

The determining unit, for determining that method determines the home position of the position of the non-paging subframe according to existing non-paging subframe position, the existing non-paging subframe position determines the method that method determines the home position by way of for predefined and/or dynamic configuration；

The judging unit, for judging whether the paging subframe and the home position overlap； The adjustment unit, if judging that the paging subframe is not overlapped with the home position for the judging unit, then adjust the position of the non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are overlapped, the position of the non-paging subframe is the position of the subframe overlapped after adjustment.

46th, base station according to claim 45, it is characterised in that the base station also includes：Sending module, sends the non-beep-page message in subframe after the adjustment.

47th, base station according to claim 41, it is characterised in that the base station also includes：Selecting module, for selecting to send the non-beep-page message.

48th, base station according to claim 44, it is characterized in that, whether beep-page message described in the 3rd determining module nonrecognition is directed to same terminal with the non-beep-page message, and the base station needs to send the beep-page message and the non-beep-page message；Or,

3rd determining module recognizes that the beep-page message is directed to same terminal with the non-beep-page message, and identify that the terminal is narrowband terminal, and the base station needs to send the beep-page message and the non-beep-page message, wherein, the nonrecognition refers to that the base station has no ability to identification, or has the ability but do not perform recognition capability；The identification refers to that there is recognition capability the base station and performs recognition capability；It is described to need to send the beep-page message and refer to that the base station is required for sending to the beep-page message and the non-beep-page message with the non-beep-page message, and one of them can not be selected to send.

49th, base station as claimed in claim 45, it is characterised in that whether beep-page message described in the 3rd determining module nonrecognition is directed to same terminal, and the base station selected transmission beep-page message or the non-beep-page message with the non-beep-page message；Wherein, the nonrecognition refers to that the base station has no ability to know another lj, or has the ability but do not perform identification；The selection sends the beep-page message or the non-beep-page message refers to base station selected transmission beep-page message, or only sends non-beep-page message；Or,

3rd determining module can recognize whether the beep-page message is directed to the base station of same terminal with the non-beep-page message, and identify that the beep-page message and the non-beep-page message are directed to different terminals, wherein, the identification refers to that the base station has recognition capability and performs recognition capability.

50th, base station according to claim 46, it is characterized in that, 3rd determining module recognizes whether the beep-page message is directed to same terminal with the non-beep-page message, and identifies that the beep-page message is directed to same narrowband terminal with the non-beep-page message.

51st, base station according to claim 44, it is characterised in that the determining unit, is additionally operable to determine adjusting parameter k according to the first coverage enhancement grade and the second coverage enhancement grade, described Adjusting parameter k is nonnegative integer, the adjustment unit, for the starting subframe of the position of the non-paging subframe to be adjusted into n+k, or, n-k, so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, wherein, n is the mark of the starting subframe in the home position of the position of the preceding non-paging subframe of adjustment.

52nd, base station according to claim 44, it is characterised in that

The determining unit, is additionally operable to determine that adjusting parameter k, the adjusting parameter k are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The adjustment unit, for the starting subframe of the carrying subframe of the accidental access response message to be adjusted into n+k, or, n-k, wherein n is triggers the mark of the end subframe of the random access sequence carrying subframe of the accidental access response message, and the end subframe of the random access sequence carrying subframe can be obtained according to random access resource configuration information or by way of agreement.

53rd, base station according to claim 44, it is characterised in that

The determining unit, is additionally operable to determine that adjusting parameter k, the adjusting parameter k are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The adjustment unit, position for the end subframe for the random access sequence carrying subframe for adjusting the triggering accidental access response message is n+k, or, n-k, so that the position that the position of the paging subframe carries subframe with the accidental access response message is not overlapped, wherein, n is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement.

54th, base station according to claim 45, it is characterised in that

The judging unit, is additionally operable to judge whether the sub-frame interval z between the starting subframe n in the home position of the position of the non-paging subframe and the starting subframe m of the paging subframe is less than or equal to first threshold A;

If so, the then determining unit, is additionally operable to determine that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；The adjustment unit, for being n+x, or n-x by the position adjustment of the starting subframe of the position of the non-paging subframe so that the position of the paging subframe and the position of the non-paging subframe are overlapped；

If it is not, the then adjustment unit, for keeping the position of the non-paging subframe constant for home position.

55th, base station according to claim 45, it is characterised in that The judging unit, is additionally operable to judge whether the sub-frame interval z between the starting subframe n in the home position of the carrying subframe position of the accidental access response message and the starting subframe m of the paging subframe is less than or equal to first threshold A;

If so, the then determining unit, is additionally operable to determine that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；The adjustment unit, for the starting subframe of the position of the carrying subframe of the accidental access response message to be adjusted into y+x, or y- χ, so that the position that the position of the paging subframe carries subframe with the accidental access response message is overlapped, wherein, y carries the mark of the end subframe of subframe for the random access sequence of the triggering accidental access response message；

If it is not, the then adjustment unit, for keeping the carrying subframe position of the accidental access response message constant for home position.

56th, base station according to claim 55, it is characterised in that

The judging unit, is additionally operable to judge whether the sub-frame interval z between the starting subframe n in the home position of the position of the carrying subframe of the accidental access response message and the starting subframe m of the paging subframe is less than or equal to first threshold A;

If, the then determining unit, it is additionally operable to determine adjusting parameter X according to the first coverage enhancement grade and the second coverage enhancement grade, the adjusting parameter X is nonnegative integer, the adjustment unit, position for the end subframe for the random access sequence carrying subframe for adjusting the triggering accidental access response message is y+x, or, y-x, so that the position that the position of paging subframe carries subframe with the accidental access response message is overlapped, wherein, y is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement；

If it is not, the then adjustment unit, for keeping the position of carrying subframe of the random access sequence constant.

57th, base station according to claim 41, it is characterised in that the base station also includes：Sending module, the positional information for sending the non-beep-page message coverage enhancement subframe to terminal.

58th, base station according to claim 41, it is characterised in that the base station also includes：Receiving module, the paging parameters sent for receiving terminal.

59th, the base station according to any one of claim 41 58, it is characterised in that the paging parameters include at least one in parameters described below：Extension paging cycle eT, paging time-slot determine spreading parameter enB, the spreading coefficient Co, current radio frames frame number spreading coefficient co of system frame number SFN. 60th, the base station according to any one of claim 41 58, it is characterised in that the base station also includes：

Sending module, for sending message process mode information to terminal, the message process mode information includes：The base station needs to send the non-beep-page message and the beep-page message, the base station selected transmission non-beep-page message or the beep-page message.

61st, a kind of terminal, it is characterised in that including：

4th determining module, for determining calling time according to paging parameters；

5th determining module, the calling time and the first coverage enhancement grade for being determined according to the 4th determining module determine the position of paging subframe, the first coverage enhancement grade indicates the repetition transmission times of beep-page message, and the paging subframe is the paging coverage enhancement subframe of bearing call message；

6th determining module, for the position of the paging subframe determined according to the 5th determining module and the second coverage enhancement grade, determine the position of non-paging subframe, the second coverage enhancement grade indicates the repetition transmission times of non-beep-page message, and the non-paging subframe is the non-paging coverage enhancement subframe for carrying non-beep-page message.

62nd, terminal according to claim 61, it is characterized in that, 5th determining module, original position for determining paging subframe according to calling time, the position of the paging subframe is determined according to the original position of the paging subframe and the first coverage enhancement grade, the calling time is the original position of the paging subframe.

63rd, terminal according to claim 61, it is characterized in that, 5th determining module, end position for determining paging subframe according to calling time, the position of the paging subframe is determined according to the end position of the paging subframe and the first coverage enhancement grade, the calling time is the end position of the paging subframe.

64th, terminal according to claim 61, it is characterised in that the 6th determining module, including：Determining unit, judging unit, adjustment unit；

The determining unit, for determining that method determines the home position of the position of the non-paging subframe according to existing non-paging subframe position, the existing non-paging subframe position determines that method is the method that the home position is determined by way of predefined and/or dynamic configuration；

The judging unit, for judging whether the position of the paging subframe overlaps with the home position；

The adjustment unit, if for the judging unit judge the position of the paging subframe with it is described Home position occurs to overlap, then adjusts the position of the non-paging subframe so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, and the position of the non-paging subframe is the subframe position not overlapped after adjusting.

65th, terminal according to claim 61, it is characterised in that the 6th determining module, including：Determining unit, judging unit and adjustment unit；

The determining unit, for determining that method determines the home position of the position of the non-paging subframe according to existing non-paging subframe position, the existing non-paging subframe position determines the method that method determines the home position by way of for predefined and/or dynamic configuration；

The judging unit, for judging whether the paging subframe and the home position overlap；The adjustment unit, if judging that the paging subframe is not overlapped with the home position for the judging unit, then adjust the position of the non-paging subframe, so that the position of the paging subframe and the position of the non-paging subframe are overlapped, the position of the non-paging subframe is the position of the subframe overlapped after adjustment.

66th, terminal according to claim 65, it is characterised in that the terminal also includes：Receiving module, receives the non-beep-page message in subframe after the adjustment.

67th, terminal according to claim 61, it is characterised in that the terminal also includes：Selecting module, for selecting to receive the non-beep-page message.

68th, terminal according to claim 64, it is characterised in that the terminal also includes：Receiving module, for receiving the beep-page message and the non-beep-page message, the reception beep-page message is message process mode of the terminal when base station is required for sending and one of them can not be selected to send to the beep-page message and the non-beep-page message with the non-beep-page message.

69th, terminal according to claim 65, it is characterised in that the terminal also includes：Receiving module, the beep-page message or the non-beep-page message for receiving base station selected transmission, the beep-page message or the non-beep-page message for receiving base station selected transmission is that terminal sends beep-page message at base station selected, or message process mode when only sending non-beep-page message.

70th, terminal according to claim 66, it is characterised in that the terminal is narrowband terminal.

71st, terminal according to claim 64, it is characterised in that

The determining unit, is additionally operable to determine that adjusting parameter k, the adjusting parameter k are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The adjustment unit, for the starting subframe of the position of the non-paging subframe to be adjusted into n+k, Or, n-k so that the position of the paging subframe and the position of the non-paging subframe are not overlapped, wherein, n is the mark of the starting subframe in the home position of the preceding non-paging subframe position of adjustment.

72nd, terminal according to claim 64, it is characterised in that

The determining unit, is additionally operable to determine that adjusting parameter k, the adjusting parameter k are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The adjustment unit, for the starting subframe of the carrying subframe of the accidental access response message to be adjusted into n+k, or, n-k, wherein n is triggers the mark of the end subframe of the random access sequence carrying subframe of the accidental access response message, and the end subframe of the random access sequence carrying subframe can be obtained according to random access resource configuration information or by way of agreement.

73rd, terminal according to claim 64, it is characterised in that

The determining unit, is additionally operable to determine that adjusting parameter k, the adjusting parameter k are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；

The adjustment unit, position for the end subframe for the random access sequence carrying subframe for adjusting the triggering accidental access response message is n+k, or, n-k, so that the position that the position of the paging subframe carries subframe with the accidental access response message is not overlapped, wherein, n is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement.

74th, terminal according to claim 65, it is characterised in that

The judging unit, is additionally operable to judge whether the sub-frame interval z between the starting subframe n in the home position and the starting subframe m of the paging subframe is less than or equal to first threshold A;

If so, the then determining unit, is additionally operable to determine that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；The adjustment unit, for being n+x, or n-x by the position adjustment of the starting subframe of the position of the non-paging subframe so that the position of the paging subframe and the position of the non-paging subframe are overlapped；

If it is not, the then adjustment unit, for keeping the position of the non-paging subframe constant for home position.

75th, terminal according to claim 65, it is characterised in that

The judging unit, is additionally operable to judge whether the sub-frame interval z between the starting subframe n in the home position of the carrying subframe position of the accidental access response message and the starting subframe m of the paging subframe is less than or equal to first threshold A; If so, the then determining unit, is additionally operable to determine that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；The adjustment unit, for the starting subframe of the position of the carrying subframe of the accidental access response message to be adjusted into y+x, or y- χ, so that the position that the position of the paging subframe carries subframe with the accidental access response message is overlapped, wherein, y carries the mark of the end subframe of subframe for the random access sequence of the triggering accidental access response message；

If it is not, the then adjustment unit, for keeping the carrying subframe position of the accidental access response message constant for home position.

76th, terminal according to claim 65, it is characterised in that

The judging unit, is additionally operable to judge whether the sub-frame interval z between the starting subframe n in the home position of the position of the carrying subframe of the accidental access response message and the starting subframe m of the paging subframe is less than or equal to first threshold A;

If so, the then determining unit, is additionally operable to determine that adjusting parameter X, the adjusting parameter X are nonnegative integer according to the first coverage enhancement grade and the second coverage enhancement grade；The adjustment unit, position for the end subframe for the random access sequence carrying subframe for adjusting the triggering accidental access response message is y+x, or, y-x, so that the position that the position of paging subframe carries subframe with the accidental access response message is overlapped, wherein, y is the mark of the end subframe of the random access sequence carrying subframe obtained according to random access resource configuration information or by way of agreement；

If it is not, the then adjustment unit, for keeping the position of the random carrying subframe for connecing sequence constant.

77th, terminal according to claim 61, it is characterised in that also include：

Receiving module, the positional information for receiving the non-beep-page message coverage enhancement subframe that the base station is sent.

78th, terminal according to claim 61, it is characterised in that the terminal includes：Receiving module, the paging parameters for receiving base station transmission.

79th, the terminal according to any one of claim 61 78, it is characterised in that the paging parameters include at least one in parameters described below：Extension paging cycle eT, paging time-slot determine spreading parameter enB, the spreading coefficient Co, current radio frames frame number spreading coefficient co of system frame number SFN.

80th, the terminal according to any one of claim 61 78, it is characterised in that the terminal also includes： Receiving module, the message process mode information for receiving base station transmission, the message process mode information includes：The base station needs to send the non-beep-page message and the beep-page message, the base station selected transmission non-beep-page message or the beep-page message.

81st, a kind of base station, it is characterised in that including：Processor and memory, the memory storage execute instruction, when the base station is run, communicated between the processor and the memory, execute instruction described in the computing device causes the base station to perform the method as described in any one in claim 1 20.

82nd, a kind of terminal, it is characterised in that including：Processor and memory, the memory storage execute instruction, when the terminal operating, communicated between the processor and the memory, execute instruction described in the computing device causes the terminal to perform the method as described in any one in claim 21 40.