CN101998580B - Information processing method under multi-carrier mode and equipment - Google Patents

Information processing method under multi-carrier mode and equipment Download PDF

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Publication number
CN101998580B
CN101998580B CN2009101652209A CN200910165220A CN101998580B CN 101998580 B CN101998580 B CN 101998580B CN 2009101652209 A CN2009101652209 A CN 2009101652209A CN 200910165220 A CN200910165220 A CN 200910165220A CN 101998580 B CN101998580 B CN 101998580B
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information
system information
carrier wave
resident carrier
beep
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CN101998580A (en
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陈玉华
宋巍巍
马慧
于映辉
张鑫
熊新
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Huawei Technologies Co Ltd
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Huawei Technologies Co Ltd
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    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
    • Y02D30/00—Reducing energy consumption in communication networks
    • Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks

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Abstract

The embodiment of the invention discloses an information processing method under multi-carrier mode and equipment. The method comprises the following steps: monitoring the scheduling information identified by a radio network temporary identifier (P-RNTI) on a residence carrier; after receiving the scheduling information, receiving the paging information corresponding to the scheduling informationon the residence carrier; and obtaining the system information on the corresponding carrier according to the modification indication information of the system information in the paging information, wherein the modification indication information is used for indicating that the system information of the residence carrier and the non-residence carrier is modified. The terminal equipment comprises amonitoring module, a receiving module and an obtaining module. The embodiment of the invention also provides network side equipment. The embodiment of the invention simplifies the operation of the terminal and reduces the power consumption of the terminal.

Description

Information processing method under the multi-carrier mode and equipment
Technical field
The embodiment of the invention relates to mobile communication technology, relates in particular to information processing method and equipment under a kind of multi-carrier mode.
Background technology
Along with developing rapidly of mobile communication technology, Long Term Evolution (Long Term Evolution; Hereinafter to be referred as: LTE) technology is as third generation partner program (3 RdGeneration PartnershipProject; Hereinafter to be referred as: 3GPP) organize main in recent years research project, developed into Long Term Evolution (the Long Term Evolution-Advanced of development by the LTE system; Hereinafter to be referred as: LTE-A) system.The LTE system is single-carrier system, and namely a physical area is made up of single carrier wave, and the LTE-A system is multi-carrier aggregation system, and namely physical area comprises the member carrier of a plurality of polymerizations.
In the LTE system, when terminal initial resides in certain residential quarter, obtain system information and preserve from the carrier wave of this residential quarter, and system information may be revised, terminal is by periodically monitoring beep-page message, and know by the modification indication information of the system information of carrying in the beep-page message whether system information is revised, after the modification indication information indication mechanism information of system information was revised, terminal was obtained system information from carrier wave again when the next system information modification cycle begins.In the LTE-A system, a residential quarter comprises a plurality of carrier waves, for LTE user wherein, only need obtain and follow the tracks of the system information of resident carrier wave, and for LTE-A user, also need to obtain and follow the tracks of the system information of other carrier waves.
In the prior art, LTE-A user's terminal is in case initially enter certain residential quarter, obtain corresponding system information at each carrier wave earlier, then according to the paging rule, with terminal periodic switch on other all carrier waves and monitor beep-page message, know by the modification indication information of the system information in the beep-page message whether system information is revised, if indicate the system information of certain carrier wave correspondence to revise, then obtain corresponding system information from this carrier wave.
The inventor finds in realizing process of the present invention, at least there is following defective in the prior art: in order to obtain and follow the tracks of the system information of a plurality of carrier waves, terminal need carry out periodically the beep-page message on all carrier waves being monitored, the complicated operationization that causes terminal, and the power consumption of terminal is bigger.
Summary of the invention
The embodiment of the invention is to provide information processing method and the equipment under a kind of multi-carrier mode, and under the multi-carrier transmission environment, terminal need not periodically to monitor the beep-page message on a plurality of carrier waves, simplifies the operation of terminal, reduces the power consumption of terminal.
To achieve these goals, the embodiment of the invention provides the information processing method under a kind of multi-carrier mode, comprising:
The schedule information that monitoring wireless network temporary mark P-RNTI identifies on resident carrier wave;
After receiving described schedule information, receive the beep-page message corresponding with described schedule information at described resident carrier wave;
According to the modification indication information of the system information in the described beep-page message, obtain system information at the carrier wave of correspondence, the system information that the modification indication information of described system information is used to indicate described resident carrier wave and non-resident carrier is modified.
The embodiment of the invention also provides the information processing method under a kind of multi-carrier mode, comprising:
Detect the modification situation of the system information of resident carrier wave and non-resident carrier;
According to testing result, send the schedule information that Radio Network Temporary Identifier P-RNTI identifies to terminal equipment, and to the described terminal equipment transmission beep-page message corresponding with described schedule information, the system information that the modification indication information of the system information in the described beep-page message is used to indicate described resident carrier wave and non-resident carrier is modified.
The embodiment of the invention also provides a kind of terminal equipment, comprising:
Monitor module, be used for the schedule information that monitoring wireless network temporary mark P-RNTI identifies on resident carrier wave;
Receiver module is used for after receiving the described schedule information that described monitoring module listens to, at the corresponding beep-page message of the described schedule information that described resident carrier wave receives and described monitoring module listens to;
Acquisition module, the modification indication information that is used for the system information of the described beep-page message that receives according to described receiver module, carrier wave in correspondence obtains system information, and the system information that the modification indication information of described system information is used to indicate described resident carrier wave and non-resident carrier is modified.
The embodiment of the invention also provides a kind of network equipment, comprising:
Detection module is for detection of the modification situation of the system information of resident carrier wave and non-resident carrier;
Sending module, be used for sending the schedule information that Radio Network Temporary Identifier P-RNTI identifies according to the detected testing result of described detection module to terminal equipment, and to the described terminal equipment transmission beep-page message corresponding with described schedule information, the system information that the modification indication information of the system information in the described beep-page message is used to indicate described resident carrier wave and non-resident carrier is modified.
Information processing method and equipment under a kind of multi-carrier mode that the embodiment of the invention provides, terminal is by monitoring schedule information at resident carrier wave, after receiving described schedule information, receive the beep-page message corresponding with this schedule information at resident carrier wave, the system information that the modification indication information of the system information in this beep-page message is used to indicate described resident carrier wave and non-resident carrier is modified, modification indication according to the system information in this beep-page message is obtained system information at the carrier wave of correspondence, thereby can realize that terminal need not periodically to monitor beep-page message at a plurality of carrier waves, only monitor beep-page message at resident carrier wave, just can get access to the system information of a plurality of carrier wave correspondences according to the modification indication information of the system information in the beep-page message, simplify the operation of terminal, reduced the power consumption of terminal.
Description of drawings
Fig. 1 is the flow chart of the information processing method embodiment one under the multi-carrier mode of the present invention;
Fig. 2 is the flow chart of the information processing method embodiment two under the multi-carrier mode of the present invention;
Fig. 3 is the flow chart of the information processing method embodiment three under the multi-carrier mode of the present invention;
Fig. 4 is the flow chart of the information processing method embodiment four under the multi-carrier mode of the present invention;
Fig. 5 is the flow chart of the information processing method embodiment five under the multi-carrier mode of the present invention;
Fig. 6 is the flow chart of the information processing method embodiment six under the multi-carrier mode of the present invention;
Fig. 7 is the flow chart of the information processing method embodiment seven under the multi-carrier mode of the present invention;
Fig. 8 is the flow chart of the information processing method embodiment eight under the multi-carrier mode of the present invention;
Fig. 9 is the flow chart of the information processing method embodiment nine under the multi-carrier mode of the present invention;
Figure 10 is the flow chart of the information processing method embodiment ten under the multi-carrier mode of the present invention;
Figure 11 is the structure chart of terminal equipment embodiment of the present invention;
Figure 12 is the structure chart of network equipment embodiment of the present invention.
Embodiment
Below by drawings and Examples, the technical scheme of the embodiment of the invention is described in further detail.
In the LTE-A system, terminal resides in after the resident carrier wave in the residential quarter, the system message relevant with terminal on capable all carrier waves of disposable reception of terminal, but terminal must be obtained and according to the beep-page message of a plurality of carrier waves subsequently, to obtain the system information of renewal at a plurality of carrier waves according to the modification indication information of the system information that comprises in the beep-page message, this mode of periodically monitoring a plurality of carrier waves can increase operation and the power consumption of terminal, therefore, present embodiment provides the information processing method under a kind of multi-carrier mode, when need not all carrier waves are carried out periodicity and monitoring, can get access to the modification indication information of the system information of other carrier waves.
Fig. 1 is the flow chart of the information processing method embodiment one under the multi-carrier mode of the present invention, as shown in Figure 1, present embodiment provides the information processing method under a kind of multi-carrier mode, and present embodiment specifically describes from end side, can specifically comprise the steps:
Step 101 is monitored the schedule information that P-RNTI identifies at resident carrier wave;
Step 102 after receiving schedule information, receives the beep-page message corresponding with schedule information at resident carrier wave;
Step 103 according to the modification indication information of the system information in the beep-page message, is obtained system information at the carrier wave of correspondence, and the system information that the modification indication information of system information is used to indicate resident carrier wave and non-resident carrier is modified.
Present embodiment provides the information processing method under a kind of multi-carrier mode, terminal is by monitoring the schedule information that P-RNTI identifies at resident carrier wave, after receiving described schedule information, receive the beep-page message corresponding with this schedule information at resident carrier wave, the system information that the modification indication information of the system information in this beep-page message is used to indicate described resident carrier wave and non-resident carrier is modified, modification indication according to the system information in the beep-page message is obtained system information at the carrier wave of correspondence, can realize that terminal need not periodically to monitor beep-page message at a plurality of carrier waves, only monitor beep-page message at resident carrier wave, just can get access to the system information of a plurality of carrier wave correspondences according to the modification indication information of the system information in the beep-page message, simplify the operation of terminal, reduced the power consumption of terminal.
Fig. 2 is the flow chart of the information processing method embodiment two under the multi-carrier mode of the present invention, as shown in Figure 2, present embodiment provides the information processing method under a kind of multi-carrier mode, and present embodiment specifically describes from end side, can specifically comprise the steps:
Step 201, terminal is monitored the expansion schedule information that primitive scheduling information that original P-RNTI identifies and expansion P-RNTI identify at resident carrier wave.
Present embodiment is at the LTE-A system, wherein include a plurality of polymerization carrier waves, during the resident carrier wave of terminal in initial resident certain residential quarter, terminal is obtained the system information of this resident carrier wave from this resident carrier wave, and the system information in the carrier wave may change, whether the system information that the modification indication information of the system information in the beep-page message that network side sends is used to refer on certain carrier wave is revised, and then terminal need be obtained this beep-page message by periodic monitoring.Terminal is periodically monitored Physical Downlink Control Channel (Physical Downlink Control Channel on resident carrier wave; Hereinafter to be referred as: PDCCH), to obtain Physical Downlink Shared Channel (Physical Downlink Shared Channel; Can be with a plurality of Radio Network Temporary Identifiers (Radio Network Temporary Identifier hereinafter to be referred as: the schedule information that schedule information PDSCH), network side issue; Hereinafter to be referred as: RNTI) identify, different RNTI is used for the schedule information of the different purposes of differentiation different user.P-RNTI in the present embodiment comprises original P-RNTI (16 bit binary number) and expansion P-RNTI, schedule information comprises primitive scheduling information and expansion schedule information, wherein, original P-RNTI is used for sign primitive scheduling information, and expansion P-RNTI is used for sign expansion schedule information.In the present embodiment, network side has increased the schedule information that expansion P-RNTI identifies newly on the basis of the schedule information that original P-RNTI identifies.Wherein, the schedule information that original P-RNTI identifies is the schedule information that is used for finishing beep-page message of defined in the existing protocol, and whether the system information that the schedule information that original P-RNTI identifies is used to indicate resident carrier wave is modified.Whether the system information that the recalls information that expansion P-RNTI identifies is used to indicate in the non-resident carrier is modified.It is pointed out that the non-resident carrier in the present embodiment refers to other carrier waves except resident carrier wave in the LTE-A system, do not represent other special implications, similarly, therefore repeat no more among the following embodiment.In addition, the schedule information that identifies and the schedule information that expansion P-RNTI identifies are named in order to distinguish original P-RNTI for primitive scheduling information in the present embodiment and expansion schedule information, do not represent other implications, similarly, therefore repeat no more among the following embodiment.
Step 202, terminal receive the beep-page message corresponding with primitive scheduling information and the corresponding beep-page message of expansion schedule information at resident carrier wave after receiving primitive scheduling information and expansion schedule information.
Terminal is after listening to the expansion schedule information that primitive scheduling information that original P-RNTI identifies and expansion P-RNTI identify, receive the beep-page message corresponding with primitive scheduling information at resident carrier wave, and the beep-page message corresponding with the expansion schedule information, be that terminal receives corresponding beep-page message according to the primitive scheduling information of obtaining at resident carrier wave, and receive corresponding beep-page message according to the expansion schedule information of obtaining at resident carrier wave.When terminal only gets access to primitive scheduling information by monitoring, then receive the beep-page message of this primitive scheduling information correspondence at resident carrier wave; When terminal only gets access to the expansion schedule information by monitoring, then receive the beep-page message of this expansion schedule information correspondence at resident carrier wave.
Step 203, if the modification indication information of the system information in the beep-page message of primitive scheduling information correspondence is used to indicate the system information of resident carrier wave when being modified, terminal is obtained system information according to the modification indication information of the system information of the beep-page message of primitive scheduling information correspondence from resident carrier wave.
Terminal is getting access to the primitive scheduling information that original P-RNTI identifies, and receive the beep-page message of primitive scheduling information correspondence according to primitive scheduling information after, modification indication information according to the system information of the beep-page message of this primitive scheduling information correspondence obtains system information from resident carrier wave.The modification indication information that in the beep-page message of this primitive scheduling information correspondence, includes system information, in the present embodiment, whether the modification indication information of this system information is used to indicate the system information of resident carrier wave and revises, and terminal knows according to the modification indication information of this system information whether the system information in the resident carrier wave is modified.When namely if the modification indication information of this system information is true, show that the system information in the resident carrier wave will revise, then terminal is when the next system information modification cycle begins, modification indication information according to this system information receives new system information from this resident carrier wave, and the system information of preserving is upgraded.
Step 204, if the modification indication information of the system information in the beep-page message of expansion schedule information correspondence is used to indicate the system information of non-resident carrier when being modified, terminal is obtained system information according to the modification indication information of the system information in the beep-page message of expansion schedule information correspondence at non-resident carrier.
Terminal is getting access to the schedule information that expansion P-RNTI identifies, and according to expanding the beep-page message that schedule information receives expansion schedule information correspondence, the modification indication information that in the beep-page message of this expansion schedule information correspondence, includes system information, in the present embodiment, whether the modification indication information of this system information is used to indicate on the non-resident carrier and revises with the user-dependent system information of LTE-A, terminal knows according to the modification indication information of this system information whether the system information in the non-resident carrier is revised, when namely if the modification indication information of this system information is true, the system information that shows the one or more carrier waves in the non-resident carrier will be revised, then terminal is when the next system information modification cycle begins, modification indication information according to this system information receives new system information from each non-resident carrier, and the system information of preserving is upgraded.As seen, terminal only needs periodically to monitor at resident carrier wave, obtain the schedule information that schedule information that original P-RNTI identifies and expansion P-RNTI identify, not only can get access to the information that system information is modified in the resident carrier wave, can also get access to the information that the non-resident carrier system information is modified, and terminal need not periodically to monitor the beep-page message in all carrier waves again.
It is to be noted, in the present embodiment, the execution of step 203 and step 204 is not limited to said sequence, also can first execution in step 204, in execution in step 203, perhaps simultaneously execution in step 203 and step 204, these technical schemes that are equal to replacement all belong to the enlargement technology of present embodiment.
In the present embodiment, terminal is LTE-A user's terminal, since its need be in the LTE-A system transmission and the reception of the enterprising line data of a plurality of carrier waves, the therefore system information that not only needs to obtain and follow the tracks of resident carrier wave, but also the system information that need obtain and follow the tracks of other carrier waves.Therefore, LTE-A user's terminal need be on resident carrier wave periodically be monitored the schedule information that schedule information that original P-RNTI identifies and expansion P-RNTI identify simultaneously, and carries out reading of system information according to the modification indication information of the system information in the beep-page message of the schedule information correspondence that gets access at the carrier wave of correspondence.And for LTE user, it does not also know the existence of polymerization carrier wave, therefore the system information that only need obtain and follow the tracks of resident carrier wave.Therefore, LTE-A user's terminal is only periodically monitored the schedule information that original P-RNTI identifies on resident carrier wave, and the modification indication information of the system information in the beep-page message of the schedule information correspondence that identifies according to original P-RNTI, carry out reading of system information at resident carrier wave, need not to monitor and obtain the schedule information that expansion P-RNTI identifies.As seen, LTE user's terminal can still adopt the acquisition methods of system information of the prior art, and the information processing method under the multi-carrier mode that this enforcement provides can't produce any influence to LTE user, and the modification of the system information of other carrier waves can't cause the read operation that this terminal is unnecessary.
Further, above-mentioned steps 204 can also specifically comprise the steps: at first, obtains the modification indication list information of system information according to the beep-page message of expansion schedule information correspondence.In the present embodiment, the modification indication list information that can preferably comprise a system information in the corresponding beep-page message of schedule information that expansion P-RNTI identifies, each the modification indication information corresponding to the system information of a carrier wave in the modification indication list information of this system information.Terminal is obtained the modification indication list information of the system information that wherein comprises according to this beep-page message after receiving beep-page message.Secondly, determine the first carrier that the system information generation is revised in the non-resident carrier according to the modification indication list information of system information.Terminal is after getting access to the modification indication list information of system information, modification indication list information according to this system information is determined the first carrier that the system information generation is revised in a plurality of non-resident carriers, the first carrier of indication is one or more non-resident carriers that modification takes place system information herein, just in order to distinguish with all the other non-resident carriers, do not represent other special implications.Again, when beginning, the next system information modification cycle obtains system information from first carrier.Terminal is after the non-resident carrier of knowing system information generation modification is first carrier, when the next system information modification cycle begins, directly obtain amended system information from first carrier, and need not to carry out reading of system information from all non-resident carriers again, reduced many unnecessary terminal operations.
Present embodiment provides the information processing method under a kind of multi-carrier mode, the schedule information that terminal identifies by the schedule information monitoring original P-RNTI and identify and expansion P-RNTI, the schedule information paging receiving message on resident carrier wave that identifies according to original P-RNTI, modification indication information according to the system information in the beep-page message obtains system information from resident carrier wave, and according to expanding schedule information paging receiving message on resident carrier wave that P-RNTI identifies, modification indication information according to the system information in the beep-page message obtains system information from non-resident carrier, can realize that terminal need not a plurality of carrier waves are all periodically monitored, only need to monitor the schedule information that different P-RNTI identify at resident carrier wave, when whether system information is modified in knowing resident carrier wave, can know whether system information is modified in the non-resident carrier, in order to get access to the corresponding amended system information of a plurality of carrier waves, simplify the operation of terminal greatly, reduced the power consumption of terminal.Simultaneously, when the system information of other carrier waves changed, LTE user can not carry out the read operation of unnecessary system information, has avoided LTE user to be affected.
Fig. 3 is the flow chart of the information processing method embodiment three under the multi-carrier mode of the present invention, as shown in Figure 3, present embodiment provides the information processing method under a kind of multi-carrier mode, and present embodiment specifically describes from end side, can specifically comprise the steps:
Step 301, terminal is monitored the expansion schedule information that expansion P-RNTI identifies at resident carrier wave.
In the present embodiment, whether the expansion schedule information that identifies of expansion P-RNTI is revised with the user-dependent system information of LTE-A in being used to indicate non-resident carrier, also indicate the system information in the resident carrier wave whether to change, therefore, LTE-A user's terminal only need be monitored the expansion schedule information can know just whether the system information in the resident carrier wave is modified, and whether the relevant system information of the LTE-A in the non-resident carrier is modified.
Step 302, terminal receive the beep-page message corresponding with the expansion schedule information at resident carrier wave after receiving the expansion schedule information.
Terminal receives the beep-page message corresponding with the expansion schedule information at resident carrier wave after listening to the expansion schedule information that identifies of expansion P-RNTI, namely terminal receives the beep-page message of correspondence at resident carrier wave according to the expansion schedule information of obtaining.
Step 303, when if the modification indication information of the system information in the beep-page message of expansion schedule information correspondence indicates the system information of resident carrier wave and non-resident carrier to be modified, terminal is obtained system information according to the modification indication information of the system information in the beep-page message of expansion schedule information correspondence from resident carrier wave and non-resident carrier.
Terminal is getting access to the expansion schedule information that identifies of expansion P-RNTI, and receive the beep-page message of expansion schedule information correspondence according to the expansion schedule information after, according to the modification indication information of the system information of the beep-page message of this expansion schedule information correspondence.The modification indication information that in this beep-page message, includes system information, in the present embodiment, whether whether the system information that the modification indication information of this system information is used to indicate on the resident carrier wave is revised, and revise with the user-dependent system information of LTE-A on the non-resident carrier.Terminal knows in resident carrier wave and the non-resident carrier according to the modification indication information of system information whether the system information of certain or a plurality of carrier waves is revised, if, then terminal is when the next system information modification cycle begins, receive new pertinent system information from resident carrier wave and each non-resident carrier, and the system information of preserving is upgraded.As seen, the expansion schedule information that terminal only needs periodically on resident carrier wave expansion P-RNTI to be identified is monitored, not only can get access to the system information that modification takes place in the resident carrier wave, can also get access to the system information that modification takes place in the non-resident carrier, and terminal need not periodically to monitor all carrier waves again.
In the present embodiment, in the present embodiment, terminal is LTE-A user's terminal, since its need be in the LTE-A system transmission and the reception of the enterprising line data of a plurality of carrier waves, so the system information that not only needs to obtain and follow the tracks of resident carrier wave, but also the system information that need obtain and follow the tracks of other carrier waves.Therefore, LTE-A user's terminal need periodically be monitored the expansion schedule information that expansion P-RNTI identifies on resident carrier wave, and carries out reading of system information according to the modification indication information of the system information in the beep-page message of expansion schedule information correspondence at resident carrier wave and non-resident carrier.And for LTE user, on resident carrier wave, periodically monitor the schedule information that original P-RNTI identifies, and the modification indication information of the system information in the beep-page message of the schedule information correspondence that identifies according to original P-RNTI, carry out reading of system information at resident carrier wave, need not to monitor and obtain the expansion schedule information that expansion P-RNTI identifies, then the modification of the system information of other carrier waves can't cause the read operation that this terminal is unnecessary.
Further, above-mentioned steps 303 can also specifically comprise the steps: at first, obtains the modification indication list information of system information according to the beep-page message of expansion schedule information correspondence.In the present embodiment, the modification indication list information that can preferably comprise a system information in the corresponding beep-page message of schedule information that expansion P-RNTI identifies, each the modification indication information corresponding to the system information of a carrier wave in the modification indication list information of this system information.Terminal is obtained the modification indication list information of the system information that wherein comprises according to this beep-page message after receiving beep-page message.Secondly, determine the first carrier that the system information generation is revised in the non-resident carrier according to the modification indication list information of system information.Terminal is after getting access to the modification indication list information of system information, modification indication list information according to this system information is determined the first carrier that the system information generation is revised in a plurality of non-resident carriers, the first carrier of indication is one or more non-resident carriers that modification takes place system information herein, just in order to distinguish with all the other non-resident carriers, do not represent other special implications.Again, when beginning, the next system information modification cycle obtains system information from first carrier.Terminal is after the non-resident carrier of knowing system information generation modification is first carrier, when the next system information modification cycle begins, directly obtain amended system information from first carrier, and need not to carry out reading of system information from all non-resident carriers again, reduced many unnecessary terminal operations.
Present embodiment provides the information processing method under a kind of multi-carrier mode, terminal is obtained the schedule information that schedule information that original P-RNTI identifies and expansion P-RNTI identify by monitoring the PDCCH channel, schedule information paging receiving message on resident carrier wave that LTE user identifies according to original P-RNTI, modification indication information according to the system information of carrying in the beep-page message obtains system information from resident carrier wave, schedule information paging receiving message on resident carrier wave that LTE-A user identifies according to expansion P-RNTI, modification indication information according to the system information of carrying in the beep-page message obtains system information from resident carrier wave and non-resident carrier, can realize that terminal need not a plurality of carrier waves are all periodically monitored, by monitor the system information that schedule information that schedule information that original P-RNTI identifies and expansion P-RNTI identify just can get access to a plurality of carrier wave correspondences at resident carrier wave, simplify the operation of terminal, reduced the power consumption of terminal.Simultaneously, when the system information of other carrier waves changed, LTE user can not carry out the read operation of unnecessary system information, has avoided LTE user to be affected.
Fig. 4 is the flow chart of the information processing method embodiment four under the multi-carrier mode of the present invention, as shown in Figure 4, present embodiment provides the information processing method under the another kind of multi-carrier mode, and present embodiment specifically describes from end side, can specifically comprise the steps:
Step 401, terminal is monitored schedule information at resident carrier wave, and after receiving schedule information, receives the beep-page message corresponding with this schedule information at resident carrier wave.
In the present embodiment, the not newly-increased P-RNTI of network side, schedule information includes only the schedule information that original P-RNTI identifies, and the schedule information that does not exist expansion P-RNTI to identify, and network side has increased the cell of an expansion in beep-page message, and the modification indication information of the system information in the beep-page message comprises that primal system information is revised indication information and expanding system information is revised indication information.Wherein, the system information that primal system information modification indication information is used to indicate in the resident carrier wave is modified, and expanding system information modification indication information is used to indicate in the non-resident carrier and is modified with the user-dependent system information of LTE-A.This step can be with of the prior art to obtain the step of beep-page message at resident carrier wave similar, terminal is monitored the schedule information that original P-RNTI identifies at resident carrier wave, and after receiving the schedule information that original P-RNTI identifies, receive the beep-page message corresponding with this schedule information at resident carrier wave.
Step 402, if when primal system information is revised indication information and is used to indicate system information in the resident carrier wave and is modified, terminal is revised indication information according to primal system information and is obtained system information from resident carrier wave.
By listening to schedule information at resident carrier wave, and after resident carrier wave receives the beep-page message corresponding with schedule information, when terminal is revised indication information and is determined that system information on the resident carrier wave is modified according to the primal system information that comprises in the beep-page message, the value that is primal system information modification indication information is True, then terminal is obtained new system information from resident carrier wave when the next system information modification cycle begins.
Step 403 when if expanding system information is revised indication information and is used to indicate system information in the non-resident carrier and is modified, is revised indication information according to expanding system information and is obtained system information from non-resident carrier.
By listening to schedule information at resident carrier wave, and after resident carrier wave receives the beep-page message corresponding with schedule information, when terminal is revised indication information and is determined that system information on the non-resident carrier is modified according to the expanding system information that comprises in the beep-page message, the value that is expanding system information modification indication information is True, then terminal is obtained new system information from non-resident carrier when the next system information modification cycle begins.
It is to be noted, in the present embodiment, the execution of step 402 and step 403 is not limited to said sequence, also can first execution in step 403, in execution in step 402, perhaps simultaneously execution in step 402 and step 403, these technical schemes that are equal to replacement all belong to the enlargement technology of present embodiment.
In the present embodiment, in the present embodiment, terminal is LTE-A user's terminal, since its need be in the LTE-A system transmission and the reception of the enterprising line data of a plurality of carrier waves, so the system information that not only needs to obtain and follow the tracks of resident carrier wave, but also the system information that need obtain and follow the tracks of other carrier waves.Therefore, for LTE-A user, terminal is paging receiving message on resident carrier wave, revise indication information by the primal system information in the beep-page message and confirm whether the system information of resident carrier wave is revised, revise indication information by the expanding system information in the beep-page message again and confirm whether the system information of other carrier waves is revised, if the system information of resident carrier wave is revised, then obtain new system information at resident carrier wave, if the system information of other carrier waves is revised, then obtain new system information at other carrier waves.Corresponding LTE user, terminal disregards expanding system information is revised indication information, only revise indication information according to primal system information and confirm whether the system information of resident carrier wave is revised, if, then obtain new system information at resident carrier wave, and the modification of the system information of other carrier waves can not have influence on LTE user's terminal.As seen, LTE user's terminal can still adopt the acquisition methods of system information of the prior art, and the information processing method under the multi-carrier mode that this enforcement provides can't produce any influence to LTE user, and the modification of the system information of other carrier waves can't cause the read operation that this terminal is unnecessary.
Further, expanding system information in the present embodiment is revised indication information can also be the modification indication list information of system information, then obtaining system information according to expanding system information modification indication information from non-resident carrier comprises: at first, determine second carrier wave that the system information generation is revised in the non-resident carrier according to the modification indication list information of system information.Terminal is determined second carrier wave that the system information generation is revised in a plurality of non-resident carriers according to the modification indication list information of system information, second carrier wave of indication is one or more non-resident carriers that modification takes place system information herein, just in order to distinguish with all the other non-resident carriers, do not represent other special implications.Secondly, when beginning, the next system information modification cycle obtains system information from second carrier wave.Terminal is after the non-resident carrier of knowing system information generation modification is second carrier wave, when the next system information modification cycle begins, directly obtain amended system information from second carrier wave, and need not to carry out reading of system information from all non-resident carriers again, reduced many unnecessary terminal operations.
Present embodiment provides the information processing method under a kind of multi-carrier mode, terminal is by monitoring schedule information at resident carrier wave, and at the resident carrier wave reception beep-page message corresponding with this schedule information, revise indication information according to the primal system information in this beep-page message and determine whether the system information in the resident carrier wave is revised, revise indication information according to the expanding system information in this beep-page message and determine whether the system information in the non-resident carrier is revised, therefore resident carrier wave or the non-resident carrier from correspondence obtains system information, can realize that terminal need not a plurality of carrier waves are all periodically monitored, just can get access to the system information of a plurality of carrier wave correspondences by the modification indication information of system information in the beep-page message that receives on the resident carrier wave, simplify the operation of terminal, reduced the power consumption of terminal.Simultaneously, when the system information of other carrier waves changed, LTE user can not carry out the read operation of unnecessary system information, has avoided LTE user to be affected.
Fig. 5 is the flow chart of the information processing method embodiment five under the multi-carrier mode of the present invention, as shown in Figure 5, present embodiment provides the information processing method under the another kind of multi-carrier mode, and present embodiment specifically describes from end side, can specifically comprise the steps:
Step 501, terminal is monitored schedule information at resident carrier wave, and after receiving schedule information, receives the beep-page message corresponding with this schedule information at resident carrier wave.
This step can be similar with above-mentioned steps 401, but in the present embodiment, network side does not increase the cell of expansion in beep-page message, but being revised the represented implication of indication information, the primal system information in the beep-page message revises, be that the primal system information in the beep-page message is revised the system information that indication information not only is used to indicate in the resident carrier wave and is modified in the present embodiment, and be used to indicate in the non-resident carrier and be modified with the user-dependent system information of LTE-A.
Step 502, if when primal system information is revised indication information and is used to indicate system information in resident carrier wave and the non-resident carrier and is modified, terminal is revised indication information according to primal system information and is obtained system information from resident carrier wave and non-resident carrier.
By listening to schedule information at resident carrier wave, and after resident carrier wave receives the beep-page message corresponding with schedule information, terminal is revised indication information according to the primal system information that comprises in the beep-page message and is determined that the system information of resident carrier wave is modified, and during being modified with the user-dependent system information of LTE-A on the non-resident carrier, the value that is primal system information modification indication information is True, the system information that shows the one or more carrier waves in resident carrier wave and the non-resident carrier is modified, then terminal is obtained new system information from resident carrier wave and non-resident carrier when the next system information modification cycle begins.
In the present embodiment, in the present embodiment, terminal is LTE-A user's terminal, since its need be in the LTE-A system transmission and the reception of the enterprising line data of a plurality of carrier waves, so the system information that not only needs to obtain and follow the tracks of resident carrier wave, but also the system information that need obtain and follow the tracks of other carrier waves.For LTE-A user, terminal is paging receiving message on resident carrier wave, revise indication information by the primal system information in the beep-page message and confirm whether the system information of resident carrier wave and other carrier waves is revised, if the system information of resident carrier wave and other carrier waves is revised, then the carrier wave in correspondence obtains new system information.For LTE user, terminal is revised indication information according to primal system information and is confirmed whether the system information of resident carrier wave is revised, if then obtain new system information at resident carrier wave.
Present embodiment provides the information processing method under a kind of multi-carrier mode, terminal is by monitoring schedule information at resident carrier wave, and at the resident carrier wave reception beep-page message corresponding with this schedule information, revise indication information according to the primal system information in this beep-page message and determine whether the system information in resident carrier wave and the non-resident carrier is revised, therefore resident carrier wave or the non-resident carrier from correspondence obtains system information, can realize that terminal need not a plurality of carrier waves are all periodically monitored, just can get access to the system information of a plurality of carrier wave correspondences by the modification indication information of system information in the beep-page message that receives on the resident carrier wave, simplify the operation of terminal, reduced the power consumption of terminal.
Fig. 6 is the flow chart of the information processing method embodiment six under the multi-carrier mode of the present invention, as shown in Figure 6, present embodiment provides the information processing method under a kind of multi-carrier mode, and present embodiment specifically describes from network side, can specifically comprise the steps:
Step 601, network side detect the modification situation of the system information of resident carrier wave and non-resident carrier;
Step 602, network side is according to testing result, send the schedule information that P-RNTI identifies to terminal equipment, and to the terminal equipment transmission beep-page message corresponding with schedule information, the modification indication information that comprises system information in this beep-page message, the system information that this indication is used to indicate resident carrier wave and non-resident carrier is modified.
Present embodiment provides the information processing method under a kind of multi-carrier mode, network side detects by the state to the system information of resident carrier wave and non-resident carrier, send the schedule information that P-RNTI identifies according to testing result to terminal equipment, and to the terminal equipment transmission beep-page message corresponding with schedule information, the modification indication information of the system information that in this beep-page message, comprises, the system information that this indication information is used to indicate resident carrier wave and non-resident carrier is modified, make that terminal need not the beep-page message of a plurality of carrier waves is all carried out the periodicity monitoring, only need the schedule information that identifies by P-RNTI, the beep-page message of receiving scheduling information correspondence, modification indication according to system information in the beep-page message, just can notify the system information of the corresponding carrier wave of terminal whether to revise, and then can simplify the operation of terminal, reduce the power consumption of terminal when monitoring.
Fig. 7 is the flow chart of the information processing method embodiment seven under the multi-carrier mode of the present invention, as shown in Figure 7, present embodiment provides the information processing method under a kind of multi-carrier mode, and present embodiment specifically describes from network side, can specifically comprise the steps:
Step 701, network side detect the modification situation of the system information of resident carrier wave and non-resident carrier.
Network side detects the modification situation of the system information of resident carrier wave, and the modification situation of the system information of non-resident carrier detected, whether network side detects the system information of resident carrier wave and revises, and whether the system information of detection non-resident carrier is revised.The detection case that the follow-up basis of network side is concrete issues the schedule information that different P-RNTI identify to terminal equipment, and the P-RNTI in the present embodiment can comprise original P-RNTI and expansion P-RNTI.
Step 702 is modified if testing result is the system information of resident carrier wave, and then network side sends the schedule information that original P-RNTI identifies to terminal equipment, and sends the beep-page message corresponding with this schedule information to terminal equipment.
Will revise when the system information that network side detects in the resident carrier wave, network side sends the schedule information that original P-RNTI identifies to terminal equipment, and namely network side uses original P-RNTI to issue scheduling message.Then, network side sends the corresponding beep-page message of schedule information that identifies with this original P-RNTI to terminal equipment, the system information that the modification indication information of the system information in this beep-page message is used to indicate resident carrier wave is modified, therefore, terminal comprises the modification indication of system information in the beep-page message that listens to the schedule information correspondence that this original P-RNTI identifies after, can know that just the system information in the resident carrier wave revises.
Step 703 is revised if testing result is the system information of non-resident carrier, and then network side sends to terminal equipment and expands the schedule information that P-RNTI identifies.
The system information that detects non-resident carrier when network side will be revised, and when the part of revising is relevant with LTE-A user, network side sends the schedule information that expansion P-RNTI identifies to terminal equipment, namely uses expansion P-RNTI to identify and issues scheduling message.Then, network side sends the corresponding beep-page message of schedule information that identifies with this expansion P-RNTI to terminal equipment, the system information that the modification indication information of the system information in this beep-page message is used to indicate non-resident carrier is modified, therefore, terminal comprises the modification indication of system information in the beep-page message that listens to the schedule information correspondence that this expansion P-RNTI identifies after, can know that just the system information in the non-resident carrier revises.
It is to be noted, in the present embodiment, the execution of step 702 and step 703 is not limited to said sequence, also can first execution in step 703, in execution in step 702, perhaps simultaneously execution in step 702 and step 703, these technical schemes that are equal to replacement all belong to the enlargement technology of present embodiment.
Present embodiment provides the information processing method under a kind of multi-carrier mode, on the basis of the original P-RNTI that the system information generation of network side in being used to indicate resident carrier wave revised, increased an expansion P-RNTI newly, the scheduling of the beep-page message of modification takes place in the system information that is used for sign indication non-resident carrier, network side detects by the modification situation to the system information of resident carrier wave and non-resident carrier, when the system information that detects resident carrier wave takes place to revise, network side issues the schedule information that original P-RNTI identifies, and the modification that comprises system information in the beep-page message of this schedule information correspondence is indicated, the system's letter that is used to indicate resident carrier wave is revised, when the system information that detects non-resident carrier takes place to revise, network side issues the schedule information that expansion P-RNTI identifies, and in the beep-page message of this schedule information correspondence, comprising the modification indication of system information, the system's letter that is used to indicate non-resident carrier is revised.Making terminal need not that a plurality of carrier waves are all carried out periodicity monitors, whether the schedule information that identifies by different P-RNTI just can get access to the system information of a plurality of carrier wave correspondences and revise, and then can simplify the operation of terminal, reduce the power consumption that terminal is brought because of the beep-page message of monitoring a plurality of carrier waves.
Fig. 8 is the flow chart of the information processing method embodiment eight under the multi-carrier mode of the present invention, as shown in Figure 8, present embodiment provides the information processing method under a kind of multi-carrier mode, and present embodiment specifically describes from network side, can specifically comprise the steps:
Step 801, network side detect the modification state of the system information of resident carrier wave and non-resident carrier.
This step can with above-described embodiment in step 701 similar, in the present embodiment, P-RNTI can comprise original P-RNTI and the expansion P-RNTI.
Step 802, if testing result is system information in resident carrier wave or the non-resident carrier when take place revising, network side sends the schedule information that expansion P-RNTI identifies to terminal equipment, and sends the beep-page message corresponding with this schedule information to terminal equipment.
The system information that detects resident carrier wave or non-resident carrier when network side will be revised, and network side sends the schedule information that expansion P-RNTI identifies to terminal equipment, and namely network side is using expansion P-RNTI sign to issue scheduling message.Then, network side sends the corresponding beep-page message of schedule information that identifies with this expansion P-RNTI to terminal equipment, and the system information that the modification indication information of the system information in this beep-page message is used to indicate the one or more carrier waves in resident carrier wave and the non-resident carrier is modified.Therefore, terminal can know that just the system information of one or more carrier waves in resident carrier wave and the non-resident carrier is revised after listening to the schedule information that this expansion P-RNTI identifies.Simultaneously, present embodiment can also comprise: when network side will be revised in the system information that detects resident carrier wave, according to prior art, simultaneously send the schedule information that original P-RNTI identifies to terminal equipment, then, network side sends the corresponding beep-page message of schedule information that identifies with this original P-RNTI to terminal equipment, the system information that the modification indication information of the system information in this beep-page message is used to indicate resident carrier wave is modified, and this situation is primarily aimed at LTE user's terminal.
Present embodiment provides the information processing method under a kind of multi-carrier mode, network side is by newly-increased expansion P-RNTI, network side detects by the state to the system information of resident carrier wave and non-resident carrier, when the system information that detects resident carrier wave or non-resident carrier takes place to revise, network side sends the schedule information that expansion P-RNTI identifies to terminal equipment, and to the terminal equipment transmission beep-page message corresponding with this schedule information, making terminal need not that a plurality of carrier waves are all carried out periodicity monitors, modification indication by the system information in the beep-page message of the schedule information correspondence that identifies of expansion P-RNTI, just the system information that can know resident carrier wave or non-resident carrier is modified, just can obtain amended system information at the carrier wave of correspondence, and then can simplify the operation of terminal, reduce the power consumption of terminal when monitoring.
Fig. 9 is the flow chart of the information processing method embodiment nine under the multi-carrier mode of the present invention, as shown in Figure 9, present embodiment provides the information processing method under the another kind of multi-carrier mode, and present embodiment specifically describes from network side, can specifically comprise the steps:
Step 901, network side detect the modification situation of the system information of resident carrier wave and non-resident carrier.
Network side detects the state of the system information of resident carrier wave, and the state of the system information of non-resident carrier detected, whether whether network side detects the system information of resident carrier wave and revises, and detect in the non-resident carrier and revise with the user-dependent system information of LTE-A.Network side sends schedule information according to different testing results to terminal equipment, and sends the beep-page message of the modification indication information that comprises different system information to terminal equipment according to schedule information.In the present embodiment, in beep-page message, increased the cell of an expansion newly, be that expanding system information is revised indication information, so the modification indication information of the system information that comprises in the beep-page message in the present embodiment can comprise that primal system information is revised indication information and expanding system information is revised indication information.
Step 902, if being the system information of resident carrier wave or non-resident carrier, testing result revises, then network side sends schedule information to terminal equipment, and sends the beep-page message that primal system information is revised indication information and expanding system information modification indication information that includes of described schedule information correspondence to terminal equipment.
The system information that detects resident carrier wave or non-resident carrier when network side will be revised, and network side sends schedule information to terminal equipment on resident carrier wave, and send the beep-page message of this schedule information correspondence to terminal equipment.In this beep-page message, comprise primal system information and revise indication information and expanding system information modification indication information, when the system information that detects resident carrier wave will be revised, the value of can primal system information revising indication information is set to True, and the system information that is used to indicate in the resident carrier wave is revised; When the system information that detects non-resident carrier will be revised, the value of can expanding system information revising indication information was set to True, and the system information that is used to indicate in the non-resident carrier is revised.Terminal is revised indication information according to the primal system information in the beep-page message that receives on the resident carrier wave, can know just whether the system information in resident carrier wave or the non-resident carrier is revised.
Present embodiment provides the information processing method under a kind of multi-carrier mode, network side has increased an expanding system information newly and has revised indication information in beep-page message, network side detects by the modification situation to the system information of resident carrier wave and non-resident carrier, when the system information of resident carrier wave or non-resident carrier is revised, network side sends to terminal and includes the beep-page message that primal system information is revised indication information and expanding system information modification indication information, make terminal by on resident carrier wave, beep-page message being monitored, when revising indication information and expanding system information and revise indication information just whether the system information in resident carrier wave or the non-resident carrier is revised as can be known by the primal system information that comprises in the beep-page message, need not the beep-page message of a plurality of carrier waves is all carried out the periodicity monitoring, simplify the operation of terminal, reduced the power consumption of terminal.
Figure 10 is the flow chart of the information processing method embodiment ten under the multi-carrier mode of the present invention, as shown in figure 10, present embodiment provides the information processing method under the another kind of multi-carrier mode, and present embodiment specifically describes from network side, can specifically comprise the steps:
Step 1001, network side detect the modification situation of the system information of resident carrier wave and non-resident carrier.
Step 1002, if the system information of resident carrier wave or non-resident carrier is revised, then network side sends schedule information to terminal equipment, and sends the beep-page message that includes primal system information modification indication information to terminal equipment.
Network side detects the state of the system information of resident carrier wave, and the state of the system information of non-resident carrier detected, whether whether network side detects the system information of resident carrier wave and revises, perhaps detect the system information of non-resident carrier and revise.In the present embodiment, in beep-page message, do not increase the cell of expansion newly, but the implication of primal system information modification indication information is expanded, the system information that the primal system information modification indication information in the present embodiment is used to indicate resident carrier wave and non-resident carrier is modified.Network side detects one or more system information in resident carrier wave and the non-resident carrier when taking place to revise, and all sends schedule information to terminal equipment, and sends to terminal equipment and to include the beep-page message that primal system information is revised indication information.
Present embodiment provides the information processing method under a kind of multi-carrier mode, the implication that network side is revised indication information to the primal system information in the beep-page message is expanded, network side detects by the state to the system information of resident carrier wave and non-resident carrier, when the system information of resident carrier wave or non-resident carrier is revised, network side sends to terminal equipment and comprises the beep-page message that primal system information is revised indication information, make terminal by monitoring the beep-page message on the resident carrier wave, know whether the system information in resident carrier wave or the non-resident carrier is revised, need not the beep-page message of a plurality of carrier waves is all carried out the periodicity monitoring, simplify the operation of terminal, reduced the power consumption of terminal.
Figure 11 is the structure chart of terminal equipment embodiment of the present invention, and as shown in figure 11, present embodiment provides k a kind of terminal equipment can specifically comprise and monitor module 1101, receiver module 1102 and acquisition module 1103.Wherein, monitoring module 1101 is used for monitoring the schedule information that P-RNTI identifies at resident carrier wave; Receiver module 1102 be used for receive monitor the schedule information that module 1101 listens to after, receive the corresponding beep-page message of described schedule information that listens to monitoring module 1101 at described resident carrier wave; Acquisition module 1103 is for the modification indication information of the system information of the beep-page message that receives according to receiver module 1102, carrier wave in correspondence obtains system information, and the system information that the modification indication information of described system information is used to indicate described resident carrier wave and non-resident carrier is modified.
Further, P-RNTI can comprise original P-RNTI and expansion P-RNTI, the schedule information that monitoring module 1101 listens to can comprise primitive scheduling information and expansion schedule information, wherein, original P-RNTI is used for sign primitive scheduling information, and expansion P-RNTI is used for the described expansion schedule information of sign.
Particularly, acquisition module 1103 can specifically comprise first acquiring unit and second acquisition unit, wherein, when the system information that the modification indication information of system information that first acquiring unit is used for the beep-page message of the primitive scheduling information correspondence that listens to when monitoring module 1101 is used to indicate resident carrier wave is modified, modification indication information according to the system information in the beep-page message of monitoring the primitive scheduling information correspondence that module 1101 listens to obtains system information at resident carrier wave.When second acquisition unit indicates the system information of non-resident carrier to be modified for the modification indication information of the system information of the beep-page message of the expansion schedule information correspondence that listens to when monitoring module 1101, modification indication information according to the system information in the beep-page message of expansion schedule information correspondence obtains system information at non-resident carrier.
Perhaps, particularly, acquisition module 1103 can specifically comprise the 3rd acquiring unit, when the 3rd acquiring unit indicates the system information of resident carrier wave and non-resident carrier to be modified for the modification indication information of the system information of the beep-page message of the expansion schedule information correspondence that listens to when monitoring module 1101, modification indication information according to the system information in the beep-page message of expansion schedule information correspondence obtains system information at resident carrier wave and non-resident carrier.
Further, the modification indication information of system information comprises that primal system information is revised indication information and expanding system information is revised indication information.
Particularly, acquisition module 1103 can specifically comprise the 4th acquiring unit and the 5th acquiring unit.Wherein, when the 4th acquiring unit is modified for the system information that is used to indicate resident carrier wave when primal system information modification indication information, revises indication information according to primal system information and obtain system information from resident carrier wave.When the 5th acquiring unit is modified for the system information that is used to indicate non-resident carrier when expanding system information modification indication information, revises indication information according to expanding system information and obtain system information from non-resident carrier.
Perhaps, particularly, acquisition module 1103 can specifically comprise the 6th acquiring unit, when the 6th acquiring unit is modified for the system information that is used to indicate resident carrier wave and non-resident carrier when primal system information modification indication information, revises indication information according to primal system information and obtain system information from resident carrier wave and non-resident carrier.
Present embodiment provides a kind of terminal equipment, by the monitoring module is set, receiver module and acquisition module, terminal is by monitoring the schedule information that P-RNTI identifies at resident carrier wave, receive monitor the schedule information that module listens to after, receive the beep-page message corresponding with schedule information at resident carrier wave, modification indication according to the system information in the beep-page message is obtained system information at the carrier wave of correspondence, can realize that terminal need not periodically to monitor beep-page message at a plurality of carrier waves, only monitor beep-page message at resident carrier wave, just can get access to the system information of a plurality of carrier wave correspondences according to the modification indication information of the system information in the beep-page message, simplify the operation of terminal, reduced the power consumption of terminal.
Figure 12 is the structure chart of network equipment embodiment of the present invention, and as shown in figure 12, present embodiment provides a kind of network equipment, can specifically comprise detection module 1201 and sending module 1202.Wherein, detection module 1201 is for detection of the modification situation of the system information of resident carrier wave and non-resident carrier; Sending module 1202 is used for sending the schedule information that P-RNTI identifies according to detection module 1201 detected testing results to terminal equipment, and to the described terminal equipment transmission beep-page message corresponding with described schedule information, the system information that the modification indication information of the system information in the described beep-page message is used to indicate described resident carrier wave and non-resident carrier is modified.
Present embodiment provides a kind of network equipment, by detection module and sending module are set, network side detects by the state to the system information of resident carrier wave and non-resident carrier, send the schedule information that different P-RNTI identifies according to different testing results to terminal equipment, and to the terminal equipment transmission beep-page message corresponding with schedule information, the system information that the modification indication information of the system information in this beep-page message is used to indicate resident carrier wave and non-resident carrier is modified, make that terminal need not the beep-page message of a plurality of carrier waves is all carried out the periodicity monitoring, only need just can notify the system information of the corresponding carrier wave of terminal whether to revise by sending the schedule information that different P-RNTI identify, and then can simplify the operation of terminal, reduce the power consumption of terminal when monitoring.
It should be noted that at last: above embodiment only in order to technical scheme of the present invention to be described, is not intended to limit; Although with reference to previous embodiment the present invention is had been described in detail, those of ordinary skill in the art is to be understood that: it still can be made amendment to the technical scheme that previous embodiment is put down in writing, and perhaps part technical characterictic wherein is equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution break away from the spirit and scope of embodiment of the invention technical scheme.

Claims (22)

1. the information processing method under the multi-carrier mode is characterized in that, comprising:
The schedule information that monitoring wireless network temporary mark P-RNTI identifies on resident carrier wave;
After receiving described schedule information, receive the beep-page message corresponding with described schedule information at described resident carrier wave;
According to the modification indication information of the system information in the described beep-page message, obtain system information at the carrier wave of correspondence, the system information that the modification indication information of described system information is used to indicate described resident carrier wave and non-resident carrier is modified.
2. method according to claim 1 is characterized in that,
Described P-RNTI comprises original P-RNTI and expansion P-RNTI,
Described schedule information comprises primitive scheduling information and expansion schedule information,
Wherein, described original P-RNTI is used for the described primitive scheduling information of sign, and described expansion P-RNTI is used for the described expansion schedule information of sign.
3. method according to claim 2 is characterized in that, described modification indication information according to the system information in the described beep-page message obtains system information at the carrier wave of correspondence and comprises:
If the modification indication information of the system information in the described beep-page message of described expansion schedule information correspondence is used to indicate the system information of described non-resident carrier and is modified;
Modification indication information according to the system information in the described beep-page message of described expansion schedule information correspondence obtains system information at described non-resident carrier;
If the modification indication information of the system information in the beep-page message of described primitive scheduling information correspondence is used to indicate the system information of described resident carrier wave and is modified;
According to the modification indication information of the system information in the described beep-page message of described primitive scheduling information correspondence, obtain system information at described resident carrier wave.
4. method according to claim 2 is characterized in that, described modification indication information according to the system information in the described beep-page message obtains system information at the carrier wave of correspondence and comprises:
If the modification indication information of the system information in the described beep-page message of described expansion schedule information correspondence is used to indicate the system information of described resident carrier wave and described non-resident carrier and is modified;
According to the modification indication information of the system information in the described beep-page message of described expansion schedule information correspondence, obtain system information at described resident carrier wave and described non-resident carrier.
5. according to claim 3 or 4 described methods, it is characterized in that, obtain system information according to the modification indication information of the system information in the beep-page message of described expansion schedule information correspondence at described non-resident carrier and comprise:
Obtain the modification indication list information of system information according to the beep-page message of described expansion schedule information correspondence;
Modification indication list information according to described system information is determined first carrier, and wherein, described first carrier is at least one non-resident carrier that modification takes place described system information;
Obtain system information from described first carrier.
6. method according to claim 1 is characterized in that,
The modification indication information of described system information comprises that primal system information is revised indication information and expanding system information is revised indication information.
7. method according to claim 6 is characterized in that, described modification indication information according to the system information in the described beep-page message obtains system information from the carrier wave of correspondence and comprises:
If the system information that described primal system information modification indication information is used to indicate in the resident carrier wave is modified, revises indication information according to described primal system information and obtain system information from described resident carrier wave;
If the system information that described expanding system information modification indication information is used to indicate in the non-resident carrier is modified, revises indication information according to described expanding system information and obtain system information from described non-resident carrier.
8. method according to claim 7, it is characterized in that, if described expanding system information is revised the modification indication list information that indication information is system information, describedly revise indication information according to described expanding system information and obtain system information from described non-resident carrier and comprise:
Determine second carrier wave according to described system information modification indication list information, wherein, described second carrier wave is at least one non-resident carrier that modification takes place described system information;
Obtain system information from described second carrier wave.
9. method according to claim 6 is characterized in that, described modification indication information according to the system information in the beep-page message obtains system information at the carrier wave of correspondence and comprises:
If the system information that described primal system information modification indication information is used to indicate non-resident carrier and resident carrier wave is modified, revises indication information according to described primal system information and obtain system information from described resident carrier wave and described non-resident carrier.
10. the information processing method under the multi-carrier mode is characterized in that, comprising:
Detect the modification situation of the system information of resident carrier wave and non-resident carrier;
According to testing result, send the schedule information that Radio Network Temporary Identifier P-RNTI identifies to terminal equipment, and to the described terminal equipment transmission beep-page message corresponding with described schedule information, the system information that the modification indication information of the system information in the described beep-page message is used to indicate described resident carrier wave and non-resident carrier is modified, make the beep-page message of the schedule information receiving scheduling information correspondence that described terminal equipment identifies by P-RNTI, and determine according to the modification indication of system information in the beep-page message whether the system information of the corresponding carrier wave of described terminal equipment is revised.
11. method according to claim 10 is characterized in that, described P-RNTI comprises original P-RNTI and expansion P-RNTI;
Described schedule information comprises primitive scheduling information and expansion schedule information;
Wherein, described original P-RNTI is used for the described primitive scheduling information of sign, and described expansion P-RNTI is used for the described expansion schedule information of sign.
12. method according to claim 11 is characterized in that, and is described according to testing result, the schedule information that identifies to terminal equipment transmission Radio Network Temporary Identifier P-RNTI comprises:
Be modified if described testing result is the system information of described resident carrier wave, then send described primitive scheduling information to terminal equipment;
Be modified if described testing result is the system information of described non-resident carrier, then send described expansion schedule information to terminal equipment.
13. method according to claim 11 is characterized in that, and is described according to testing result, the schedule information that identifies to terminal equipment transmission Radio Network Temporary Identifier P-RNTI comprises:
Be modified if described testing result is the system information of described resident carrier wave or non-resident carrier, then send described expansion schedule information to terminal equipment.
14. method according to claim 10 is characterized in that,
The modification indication information of described system information comprises that primal system information is revised indication information and expanding system information is revised indication information.
15. method according to claim 14, it is characterized in that, described according to testing result, send the schedule information that Radio Network Temporary Identifier P-RNTI identifies to terminal equipment, and comprise to the described terminal equipment transmission beep-page message corresponding with described schedule information:
If being the system information of described resident carrier wave or non-resident carrier, described testing result is modified, then send the schedule information that P-RNTI identifies to described terminal equipment, and send including of described schedule information correspondence described primal system information to described terminal equipment and revise the beep-page message that indication information and described expanding system information are revised indication information.
16. method according to claim 14, it is characterized in that, described according to testing result, send the schedule information that Radio Network Temporary Identifier P-RNTI identifies to terminal equipment, and comprise to the described terminal equipment transmission beep-page message corresponding with described schedule information:
If being the system information of described resident carrier wave or described non-resident carrier, described testing result is modified, then send the schedule information that P-RNTI identifies to terminal equipment, and send the beep-page message that includes described primal system information modification indication information to described terminal equipment.
17. a terminal equipment is characterized in that, comprising:
Monitor module, be used for the schedule information that monitoring wireless network temporary mark P-RNTI identifies on resident carrier wave;
Receiver module is used for after receiving the described schedule information that described monitoring module listens to, at the corresponding beep-page message of the described schedule information that described resident carrier wave receives and described monitoring module listens to;
Acquisition module, the modification indication information that is used for the system information of the described beep-page message that receives according to described receiver module, carrier wave in correspondence obtains system information, and the system information that the modification indication information of described system information is used to indicate described resident carrier wave and non-resident carrier is modified.
18. terminal equipment according to claim 17 is characterized in that,
Described P-RNTI comprises original P-RNTI and expansion P-RNTI, described schedule information comprises primitive scheduling information and expansion schedule information, wherein, described original P-RNTI is used for the described primitive scheduling information of sign, and described expansion P-RNTI is used for the described expansion schedule information of sign;
Described acquisition module comprises:
First acquiring unit, when being used for system information that modification indication information when the system information of the beep-page message of described primitive scheduling information correspondence is used to indicate described resident carrier wave and being modified, the modification indication information of the system information in the described beep-page message of the described primitive scheduling information correspondence that listens to according to described monitoring module obtains system information at described resident carrier wave;
Second acquisition unit, when being used for system information that modification indication information when the system information of the described beep-page message of described expansion schedule information correspondence is used to indicate described non-resident carrier and being modified, modification indication information according to the system information in the described beep-page message of described expansion schedule information correspondence obtains system information at described non-resident carrier.
19. terminal equipment according to claim 17 is characterized in that,
Described P-RNTI comprises original P-RNTI and expansion P-RNTI, described schedule information comprises primitive scheduling information and expansion schedule information, wherein, described original P-RNTI is used for the described primitive scheduling information of sign, and described expansion P-RNTI is used for the described expansion schedule information of sign;
Described acquisition module comprises:
The 3rd acquiring unit, when the system information that the modification indication information of system information that is used for the described beep-page message of the described expansion schedule information correspondence that listens to when described monitoring module is used to indicate described resident carrier wave and described non-resident carrier is modified, according to the modification indication information of the system information in the described beep-page message of described expansion schedule information correspondence, obtain system information at described resident carrier wave and described non-resident carrier.
20. terminal equipment according to claim 17 is characterized in that,
The modification indication information of described system information comprises that primal system information is revised indication information and expanding system information is revised indication information,
Described acquisition module comprises:
The 4th acquiring unit when being modified for the system information that is used to indicate resident carrier wave when described primal system information modification indication information, being revised indication information according to described primal system information and is obtained system information from described resident carrier wave;
The 5th acquiring unit when being modified for the system information that is used to indicate non-resident carrier when described expanding system information modification indication information, being revised indication information according to described expanding system information and is obtained system information from described non-resident carrier.
21. terminal equipment according to claim 17 is characterized in that,
The modification indication information of described system information comprises primal system information modification indication information,
Described acquisition module comprises:
The 6th acquiring unit, when being modified for the system information that is used to indicate described resident carrier wave and described non-resident carrier when described primal system information modification indication information, revising indication information according to described primal system information and obtain system information from described resident carrier wave and described non-resident carrier.
22. a network equipment is characterized in that, comprising:
Detection module is for detection of the modification situation of the system information of resident carrier wave and non-resident carrier;
Sending module, be used for sending the schedule information that Radio Network Temporary Identifier P-RNTI identifies according to the detected testing result of described detection module to terminal equipment, and to the described terminal equipment transmission beep-page message corresponding with described schedule information, the system information that the modification indication information of the system information in the described beep-page message is used to indicate described resident carrier wave and non-resident carrier is modified, make the beep-page message of the schedule information receiving scheduling information correspondence that described terminal equipment identifies by P-RNTI, and determine according to the modification indication of system information in the beep-page message whether the system information of the corresponding carrier wave of described terminal equipment is revised.
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Families Citing this family (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102223621B (en) 2010-04-13 2016-03-30 华为技术有限公司 A kind of method and system of distribution network temporary mark
WO2014179922A1 (en) * 2013-05-06 2014-11-13 华为技术有限公司 Downlink information sending and receiving methods, base station, and user equipment
WO2016161621A1 (en) * 2015-04-10 2016-10-13 富士通株式会社 Method for allocating cell radio network temporary identifier, device and communication system
KR102452105B1 (en) 2016-07-11 2022-10-06 광동 오포 모바일 텔레커뮤니케이션즈 코포레이션 리미티드 Information transmission method and device
CN109565743B (en) * 2017-03-24 2020-08-14 华为技术有限公司 System information transmission method and device
US10945277B2 (en) * 2018-01-11 2021-03-09 Huawei Technologies Co., Ltd. Methods and apparatus for switching between bandwidth parts
WO2019213844A1 (en) * 2018-05-08 2019-11-14 Oppo广东移动通信有限公司 Wireless communication method, apparatus, chip, and system

Family Cites Families (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP2156680B1 (en) * 2007-06-19 2019-05-01 Nokia Technologies Oy Method and apparatuses for determining paging occasions
JP5103113B2 (en) * 2007-09-21 2012-12-19 株式会社エヌ・ティ・ティ・ドコモ User equipment

Non-Patent Citations (2)

* Cited by examiner, † Cited by third party
Title
Notion of Anchor Carrier in LTE-A;Qualcomm Europe;《3GPP TSG RAN WG1 #56 R1-090860》;20090213;全文 *
Qualcomm Europe.Notion of Anchor Carrier in LTE-A.《3GPP TSG RAN WG1 #56 R1-090860》.2009,

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