CN104012163A

CN104012163A - Time-division monitoring method, device, and system

Info

Publication number: CN104012163A
Application number: CN201280024027.3A
Authority: CN
Inventors: 曹振臻; 熊新; 薛丽霞; 宋巍巍
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2012-12-17
Filing date: 2012-12-17
Publication date: 2014-08-27
Anticipated expiration: 2032-12-17
Also published as: CN104012163B; WO2014094212A1

Abstract

Embodiments of the present invention provide a time-division monitoring method, comprising: acquiring information about a start moment for monitoring a first cell; when the start moment arrives, monitoring a physical channel of the first cell; when a monitored state of the physical channel of the first cell satisfies a preset condition, terminating monitoring of the physical channel of the first cell, and monitoring a physical channel of a second cell. Correspondingly, the embodiments of the present invention also provide a related device and a time-division monitoring system. The embodiments of the present invention can improve utilization of network resources.

Description

Time-division monitoring method, device, and system

A kind of timesharing monitor method, equipment and systems technology field

The present invention relates to the communications field, more particularly to a kind of timesharing monitor method, equipment and system.Background technology

With the development of mobile communication technology, the large scale deployment of 3G and 4G networks, the positive band of business of high-speed gives people colourful application experience.The extensive growth of especially nearest smart mobile phone, while smart mobile phone is to communication injection new vitality, also brings more challenges to operator.Sharp increase for application to mobile data services flow, operator proposes the scene of small cell deployment.In the more place of user equipment (User Equipment)（For example：Market）, the highdensity deployment less cell of area coverage（For example： Small Cell ).And then, more UE can enjoy the data service of high-speed.

In order to simplify macrocell（For example：Macro Cell) and the same mobile management for covering lower UE of cell, UE chain of command can be connected to the equipment that maintain macrocell, user plane is transmitted and is maintained at small cell.So UE can both can be carried out data transmission using the wider bandwidth of cell, can simplify complicated mobile management problems of the UE in small moving between cells again.Or, according to the service quality of UE business（Quality of Service, QoS), the business of different QoS requirements can be placed on different cells and be transmitted.

The working frequency points that above-mentioned macrocell and cell are used can be with frequency or alien frequencies, when the working frequency points of macrocell and cell are alien frequencies, for only one of which radio-frequency apparatus（Radio Frequency, RF) UE, the UE can only just monitor a cell.When the working frequency points of macrocell and cell are same frequencies, UE can monitor two cells with timesharing, but monitoring macrocell arranges unreasonable with the listening period for monitoring cell during two cells are monitored in current UE timesharing, causes network resource utilization than relatively low.The content of the invention

The embodiments of the invention provide a kind of timesharing monitor method, equipment and system, the utilization rate of Internet resources can be improved.

In view of this, the embodiments of the invention provide a kind of timesharing monitor method, equipment and system, to realize during two cells are monitored in UE timesharing, reasonable arrangement monitors first community and monitors the listening period of second community, to improve the utilization rate of Internet resources.

On the one hand, the present invention provides a kind of timesharing monitor method, including： Obtain the information of the initial time for monitoring first community；

When the initial time is reached, the physical channel of the first community is monitored；

When the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of second community.

In the first possible implementation of first aspect, after the physical channel for monitoring the first community, before terminating to monitor the physical channel of the first community, methods described also includes：

When the listening state of the physical channel of the monitoring first community can not meet preparatory condition, then the step of continuing executing with the physical channel for monitoring the first community meets preparatory condition until monitoring the listening state of physical channel of the first community.

With reference to the first possible implementation of first aspect or first aspect, in second of possible implementation, the preparatory condition includes any one of following：

The number of subframes for monitoring the physical channel of the first community is equal to default wealthy value；

It is correctly decoded the protocol Data Unit of the media access control layer of the packet of acquisition；

When decoding obtain packet media access control layer protocol Data Unit it is incorrect, and in discontinuous reception mechanism retransmission timer time-out；

When decoding obtain packet media access control layer protocol Data Unit it is incorrect, and the packet transmission number of times be equal to pre-set the packet transmission maximum times when；

The time for continuously monitoring the first community is equal to preset duration；

Into the discontinuous receiving state for monitoring the first community.

With reference to second of possible implementation of first aspect, in the third possible implementation, when the number of subframes that the preparatory condition includes the physical channel of the monitoring first community, which is equal to, presets wealthy value, before the physical channel for monitoring the first community, methods described also includes：

The wealthy value of the number of subframes of the physical channel of the monitoring first community of the equipment transmission of the first community is received, the wealthy value of the number of subframes presets wealthy value to be described.

With reference to second of possible implementation of first aspect, in the 4th kind of possible implementation, when the preparatory condition includes being correctly decoded the protocol Data Unit of the media access control layer of the packet of acquisition, or the protocol Data Unit of the media access control layer including the packet when decoding acquisition is incorrect, and retransmission timer time-out in discontinuous reception mechanism, or the protocol Data Unit of the media access control layer including the packet when decoding acquisition is incorrect, and the number of times of packet transmission is when being equal to the maximum times of the packet transmission pre-set, the physical channel for monitoring the first community includes： The physical channel of the first community is monitored, data are obtained on the physical channel；It is described obtain data on the physical channel after, it is described terminate to monitor the first community before, methods described also includes：

Decode the protocol Data Unit of the media access control layer of the packet of the acquisition.

With reference to the 4th kind of possible implementation of first aspect, in the 5th kind of possible implementation, when the preparatory condition include when decoding obtain packet media access control layer protocol Data Unit it is incorrect, and in discontinuous reception mechanism retransmission timer time-out

After the protocol Data Unit of the media access control layer of the packet of the decoding acquisition, the end is monitored before the first community, and methods described also includes：

When the protocol Data Unit of the media access control layer for the packet that decoding is obtained is incorrect, opens retransmission timer in discontinuous reception mechanism and carry out timing.

With reference to second of possible implementation of first aspect, in the 6th kind of possible implementation, when the preparatory condition includes：The time for continuously monitoring the first community is equal to before preset duration, the physical channel of the monitoring first community, and methods described also includes：

Receive the information for including the duration for continuously monitoring the first community that the equipment of the first community is sent, the when a length of preset duration for continuously monitoring the first community.

With reference to second of possible implementation of first aspect, in the 7th kind of possible implementation, when the preparatory condition includes terminating with the equipment transmission data of the first community, the information for obtaining the initial time for monitoring first community includes：

The data for needing to transmit with the equipment of the first community are obtained, to monitor the initial time of the first community at the time of data acquisition.

With reference to second of possible implementation of first aspect, in the 8th kind of possible implementation, when the preparatory condition includes entering the discontinuous receiving state for monitoring the first community, the information that the acquisition is used for the initial time for monitoring first community includes：

The discontinuous reception parameters for being used to monitor the first community that the equipment of the first community is sent are received, the discontinuous reception parameters are included in the initial time that the first community is monitored in discontinuous receiving cycle.

With reference to any implementation of the first possible implementation into the 6th kind of possible implementation of first aspect or first aspect, in the 9th kind of possible implementation, the information for obtaining the initial time for monitoring first community includes： Receive the listening period information for monitoring the first community and initial time biasing value information that the equipment of first community is sent；

The initial time for monitoring the first community is calculated according to the listening period information and initial time biasing value information.

With reference to any implementation of the first possible implementation into the 6th kind of possible implementation of first aspect or first aspect, in the tenth kind of possible implementation, the information for obtaining the initial time for monitoring first community includes：

Receive the instruction message for including the initial time for monitoring the first community that the equipment of the second community is sent；Or

The instruction message that the equipment of the second community is sent is received, the instruction message is used to indicate to monitor the first community, and the time of reception of the instruction message is the initial time for monitoring the first community.

With reference to any implementation of the first possible implementation into the tenth kind of possible implementation of first aspect or first aspect, in a kind of the tenth possible implementation, before the physical channel for monitoring the first community, methods described also includes：

The physical channel of the second community is monitored, and when the initial time is reached, terminates to monitor the physical channel of second community.

With reference to a kind of the tenth possible implementation of first aspect, in the 12nd kind of possible implementation, methods described also includes：

When the initial time is reached, interrupt and monitor the timer that the second community is run, and preserve the timing value that the initial time monitors the timer that the second community is run；

The physical channel for terminating to monitor the first community, monitoring the physical channel of the second community includes：

Terminate the physical channel of the monitoring first community, it regard the timing value of the holding as the initial value for monitoring the timer that the second community is run, operation is described to monitor the timer that the second community is run, and monitors the physical channel of the second community.

With reference to a kind of the tenth possible implementation of first aspect, in the 13rd kind of possible implementation, methods described also includes：

When the initial time is reached, interrupt and monitor the timer that the second community is run；The physical channel for terminating to monitor the first community, monitoring the physical channel of the second community includes： Terminate the physical channel of the monitoring first community, it regard default timing value as the initial value for monitoring the timer that the second community is run, operation is described to monitor the timer that the second community is run, and monitors the physical channel of the second community.

Second aspect, the present invention provides a kind of timesharing monitor method, including：

The information of the initial time for monitoring first community is sent to user equipment；So that the user equipment is when the initial time is reached, the user equipment monitors the physical channel of the first community；When the listening state that the user equipment monitors the physical channel of the first community meets preparatory condition, the user equipment terminates to monitor the physical channel of the first community, monitors the physical channel of second community.

In the first possible implementation of second aspect, the information that the initial time for monitoring first community is sent to user equipment includes：

The listening period information and initial time biasing value information of the monitoring first community sent to the user equipment, so that the user equipment calculates the initial time for monitoring the first community according to the listening period information and initial time biasing value information.

With reference to second aspect, in second of possible implementation, the information that the initial time for monitoring first community is sent to user equipment includes：

The instruction message for including the initial time for monitoring the first community is sent to the user equipment by the equipment of the second community；Or

Sent by the equipment of the second community to the user equipment and indicate message, the instruction message is used to indicate that the user equipment monitors the first community, and the time of reception of the instruction message is the initial time for monitoring the first community.

With reference to the second possible implementation of the first possible implementation or second aspect of second aspect or second aspect, in the third possible implementation, methods described also includes：

The wealthy value of the number of subframes for the physical channel for monitoring the first community is sent to the user equipment, during so that the sub-frame data that the user equipment monitors the physical channel of the first community being equal to the wealthy value, terminate the physical channel of the monitoring first community, monitor the physical channel of the second community.

With reference to second aspect, in the 4th kind of possible implementation, the information that the initial time for monitoring first community is sent to user equipment includes：

The discontinuous reception parameters for monitoring the first community are sent to the user equipment, the discontinuous reception parameters are included in the initial time that the first community is monitored in discontinuous receiving cycle, so that the user equipment is when initial time is reached, the physical channel of the first community is monitored, and institute is monitored entering When stating the discontinuous receiving state of first community, the user equipment terminates to monitor the physical channel of the first community, monitors the physical channel of the second community.

The third aspect, a kind of user equipment that the present invention is provided, including：Acquiring unit, the first monitoring unit and the second monitoring unit, wherein：

The acquiring unit, the information for obtaining the initial time for monitoring first community；

First monitoring unit, for when the initial time that the acquiring unit is obtained is reached, monitoring the physical channel of the first community；

Second monitoring unit, when the listening state for the physical channel when the monitoring first community meets preparatory condition, terminates to monitor the physical channel of the first community, monitors the physical channel of second community.

In the first possible implementation of the third aspect, first monitoring unit is additionally operable to when the listening state of the physical channel of the monitoring first community can not meet preparatory condition, the physical channel for monitoring the first community is continued executing with, preparatory condition is met until monitoring the listening state of physical channel of the first community.

In the first possible implementation of the third aspect, after the physical channel for monitoring the first community, before terminating to monitor the physical channel of the first community, methods described also includes：

With reference to the first possible implementation of the third aspect or second aspect, in second of possible implementation, the preparatory condition that the second monitoring unit listening state is met includes any one of following：

Into the discontinuous receiving state for monitoring the first community.

With reference to second of possible implementation of the third aspect, in the third possible implementation, the equipment also includes： First receiving unit, when the number of subframes of physical channel for including the monitoring first community when the preparatory condition is equal to default wealthy value, the wealthy value of the number of subframes of the physical channel of the monitoring first community of the equipment transmission of the first community is received, the wealthy value of the number of subframes presets wealthy value to be described.

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

Decoding unit, for including being correctly decoded the protocol Data Unit of the media access control layer of the packet of acquisition when the preparatory condition, or the protocol Data Unit of the media access control layer including the packet when decoding acquisition is incorrect, and retransmission timer time-out in discontinuous reception mechanism, or the protocol Data Unit of the media access control layer including the packet when decoding acquisition is incorrect, and the number of times of packet transmission is when being equal to the maximum times of the packet transmission pre-set, decode the protocol Data Unit of the media access control layer of the packet of the first monitoring unit acquisition；

First monitoring unit is additionally operable to when the preparatory condition includes being correctly decoded the protocol Data Unit of the media access control layer of the packet of acquisition, or the protocol Data Unit of the media access control layer including the packet when decoding acquisition is incorrect, and retransmission timer time-out in discontinuous reception mechanism, or the protocol Data Unit of the media access control layer including the packet when decoding acquisition is incorrect, and the number of times of packet transmission is when being equal to the maximum times of the packet transmission pre-set, monitor the physical channel of the first community, data are obtained on the physical channel.

With reference to the 4th kind of possible implementation of the third aspect, in the 5th kind of possible implementation, the equipment also includes：

Timing unit, for including when the preparatory condition when the protocol Data Unit of the media access control layer of the packet of decoding acquisition is incorrect, and retransmission timer time-out in discontinuous reception mechanism, and the protocol Data Unit of the media access control layer of packet that obtains of first monitoring unit decoding it is incorrect when, open retransmission timer in discontinuous reception mechanism and carry out timing.

With reference to second of possible implementation of the third aspect, in the 6th kind of possible implementation, the equipment also includes：

Second receiving unit, for including when the preparatory condition：The time for continuously monitoring the first community is equal to preset duration, receives the information for including the duration for continuously monitoring the first community that the equipment of the first community is sent, the when a length of preset duration for continuously monitoring the first community.

With reference to second of possible implementation of the third aspect, in the 7th kind of possible implementation, the acquiring unit is additionally operable to when the preparatory condition includes terminating with the equipment transmission data of the first community, The data for needing to transmit with the equipment of the first community are obtained, to monitor the initial time of the first community at the time of data acquisition.

With reference to second of possible implementation of the third aspect, in the 8th kind of possible implementation, the acquiring unit is additionally operable to when the preparatory condition includes entering the discontinuous receiving state for monitoring the first community, the discontinuous reception parameters for being used to monitor the first community that the equipment of the first community is sent are received, the discontinuous reception parameters are included in the initial time that the first community is monitored in discontinuous receiving cycle.

With reference to any implementation of the first possible implementation into the 6th kind of possible implementation of the third aspect or first aspect, in the 9th kind of possible implementation, the acquiring unit includes：

Receiving subelement, listening period information and initial time biasing value information for receiving the monitoring first community that the equipment of first community is sent；

Computing unit, listening period information and initial time the biasing value information for being received according to the receiving subelement calculates the initial time for monitoring the first community.

With reference to any implementation of the first possible implementation into the 6th kind of possible implementation of the third aspect or first aspect, in the tenth kind of possible implementation, the acquiring unit is additionally operable to receive the instruction message for including the initial time for monitoring the first community that the equipment of the second community is sent；Or

The acquiring unit is additionally operable to receive the instruction message that the equipment of the second community is sent, and the instruction message is used to indicate to monitor the first community, and the time of reception of the instruction message is the initial time for monitoring the first community.

With reference to any implementation of the first possible implementation into the tenth kind of possible implementation of the third aspect or first aspect, in a kind of the tenth possible implementation, the equipment also includes：

3rd monitoring unit, the physical channel for monitoring the second community, and when the initial time is reached, terminate to monitor the physical channel of second community.

With reference to a kind of the tenth possible implementation of the third aspect, in the 12nd kind of possible implementation, the equipment also includes：

First interrupt location, the timer that the second community is run is monitored for when the initial time is reached, interrupting, and preserves the timing value that the initial time monitors the timer that the second community is run；Second monitoring unit is additionally operable to the physical channel for terminating to monitor the first community, it regard the timing value of the holding as the initial value for monitoring the timer that the second community is run, operation is described to monitor the timer that the second community is run, and monitors the physical channel of the second community. With reference to a kind of the tenth possible implementation of the third aspect, in the 13rd kind of possible implementation, the equipment also includes：

Second interrupt location, the timer that the second community is run is monitored for when the initial time is reached, interrupting；

Second monitoring unit is additionally operable to the physical channel for terminating to monitor the first community, it regard default timing value as the initial value for monitoring the timer that the second community is run, operation is described to monitor the timer that the second community is run, and monitors the physical channel of the second community.

Fourth aspect, the present invention provides a kind of network equipment, including：

First transmitting element, wherein：

First transmitting element, the information for sending the initial time for monitoring first community to user equipment；So that the user equipment is when the initial time is reached, the user equipment monitors the physical channel of the first community；When the listening state that the user equipment monitors the physical channel of the first community meets preparatory condition, the user equipment terminates to monitor the physical channel of the first community, monitors the physical channel of second community.

In the first possible implementation of fourth aspect, first transmitting element is additionally operable to the listening period information and initial time biasing value information of the monitoring first community sent to the user equipment, so that the user equipment calculates the initial time for monitoring the first community according to the listening period information and initial time biasing value information.

With reference to fourth aspect, in second of possible implementation, first transmitting element is additionally operable to send the instruction message for including the initial time for monitoring the first community to the user equipment by the equipment of the second community；Or

First transmitting element, which is additionally operable to send to the user equipment by the equipment of the second community, indicates message, the instruction message is used to indicate that the user equipment is used to monitor the first community, and the time of reception of the instruction message is the initial time for monitoring the first community.

In second of possible implementation with reference to the first possible implementation or fourth aspect of fourth aspect or fourth aspect, in the third possible implementation, the equipment also includes：

Second transmitting element, for the wealthy value for the number of subframes that the physical channel for monitoring the first community is sent to the user equipment, during so that the sub-frame data that the user equipment monitors the physical channel of the first community being equal to the wealthy value, terminate the physical channel of the monitoring first community, monitor the physical channel of the second community. With reference to fourth aspect, in 4th kind of possible implementation, first transmitting element is additionally operable to send the discontinuous reception parameters for monitoring the first community to the user equipment, the discontinuous reception parameters are included in the initial time that the first community is monitored in discontinuous receiving cycle, so that the user equipment is when initial time is reached, monitor the physical channel of the first community, and when entering the discontinuous receiving state for monitoring the first community, the user equipment terminates to monitor the physical channel of the first community, monitor the physical channel of the second community.

5th aspect, the present invention provides a kind of timesharing monitoring system, including：User equipment and the network equipment, wherein：

The network equipment, for sending the information for including the initial time for monitoring first community to the user equipment；

The user equipment, for receiving the information for including the initial time for monitoring first community that the network equipment is sent；When the initial time is reached, the physical channel of the first community is monitored；When the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of second community.

6th aspect, the present invention provides a kind of user equipment, including：Receiver and processor, wherein：The receiver, the information for obtaining the initial time for monitoring first community；

The processor is used to perform following steps：

When the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of the second community.

In the first possible implementation of the 6th aspect, the processor is after the step of performing the physical channel for monitoring the first community, before the step of terminating to monitor the physical channel of the first community is performed, and is additionally operable to perform following steps：

With reference to the 6th aspect or the first possible implementation of the 6th aspect, in second of possible implementation, the preparatory condition includes any one of following：

It is correctly decoded the protocol Data Unit of the media access control layer of the packet of acquisition； When decoding obtain packet media access control layer protocol Data Unit it is incorrect, and in discontinuous reception mechanism retransmission timer time-out；

Into the discontinuous receiving state for monitoring the first community.

With reference to second of possible implementation of the 6th aspect, in the third possible implementation, the receiver is additionally operable to when the number of subframes that the preparatory condition includes the physical channel of the monitoring first community is equal to and presets wealthy value, the wealthy value of the number of subframes of the physical channel of the monitoring first community of the equipment transmission of the first community is received, the wealthy value of the number of subframes presets wealthy value to be described.

With reference to second of possible implementation of the 6th aspect, include in the 4th kind of possible implementation, the step of the physical channel of the monitoring first community of the computing device：

When the preparatory condition includes being correctly decoded the protocol Data Unit of the media access control layer of the packet of acquisition, or the protocol Data Unit of the media access control layer including the packet when decoding acquisition is incorrect, and retransmission timer time-out in discontinuous reception mechanism, or the protocol Data Unit of the media access control layer including the packet when decoding acquisition is incorrect, and the number of times of packet transmission is when being equal to the maximum times of the packet transmission pre-set, monitor the physical channel of the first community, data are obtained on the physical channel；

The processor is obtained on physical channel is performed after data, before the end monitoring first community is performed, is additionally operable to perform following steps：

With reference to the 4th kind of possible implementation of the 6th aspect, in the 5th kind of possible implementation, after the processor is the step of the protocol Data Unit of the media access control layer of the packet obtained described in perform decoding, before the step of terminating to monitor the first community is performed, it is additionally operable to perform following steps：

When the preparatory condition is included when the protocol Data Unit of the media access control layer of the packet of decoding acquisition is incorrect, and retransmission timer time-out in discontinuous reception mechanism, when the protocol Data Unit of the media access control layer for the packet that decoding is obtained is incorrect, opens retransmission timer in discontinuous reception mechanism and carry out timing.

With reference to second of possible implementation of the 6th aspect, in the 6th kind of possible implementation, the receiver is additionally operable to when the preparatory condition includes：The time of the first community is continuously monitored equal to default Duration, receives the information for including the duration for continuously monitoring the first community that the equipment of the first community is sent, the when a length of preset duration for continuously monitoring the first community.

With reference to second of possible implementation of the 6th aspect, in the 7th kind of possible implementation, the receiver is additionally operable to when the preparatory condition includes terminating with the equipment transmission data of the first community, the data for needing to transmit with the equipment of the first community are obtained, to monitor the initial time of the first community at the time of data acquisition.

With reference to second of possible implementation of the 6th aspect, in the 8th kind of possible implementation, the receiver is additionally operable to when the preparatory condition includes entering the discontinuous receiving state for monitoring the first community, the discontinuous reception parameters for being used to monitor the first community that the equipment of the first community is sent are received, the discontinuous reception parameters are included in the initial time that the first community is monitored in discontinuous receiving cycle.

With reference to the 6th aspect or any implementation of the first possible implementation into the 6th kind of possible implementation of first aspect, in the 9th kind of possible implementation, the receiver is additionally operable to receive the listening period information for monitoring the first community and the initial time biasing value information that the equipment of first community is sent；

The processor is additionally operable to perform following steps：

With reference to the 6th aspect or any implementation of the first possible implementation into the 6th kind of possible implementation of first aspect, in the tenth kind of possible implementation, the receiver is additionally operable to receive the instruction message for including the initial time for monitoring the first community that the equipment of the second community is sent；Or the receiver is additionally operable to receive the instruction message that the equipment of the second community is sent, the instruction message is used to indicate to monitor the first community, and the time of reception of the instruction message is the initial time for monitoring the first community.

With reference to the 6th aspect or any implementation of the first possible implementation into the tenth kind of possible implementation of first aspect, in a kind of the tenth possible implementation, the processor is additionally operable to perform following steps before the step of performing the physical channel of the monitoring first community：

With reference to a kind of the tenth possible implementation of the 6th aspect, in the 12nd kind of possible implementation, the processor is additionally operable to perform following steps： When the initial time is reached, interrupt and monitor the timer that the second community is run, and preserve the timing value that the initial time monitors the timer that the second community is run；

The step of physical channel of the first community, the physical channel of the monitoring second community are monitored in the end of the computing device includes：

With reference to a kind of the tenth possible implementation of the 6th aspect, in the 13rd kind of possible implementation, the processor is additionally operable to perform following steps：

When the initial time is reached, interrupt and monitor the timer that the second community is run；The step of physical channel of the first community, the physical channel of the monitoring second community are monitored in the end of the computing device includes：

Terminate the physical channel of the monitoring first community, it regard default timing value as the initial value for monitoring the timer that the second community is run, operation is described to monitor the timer that the second community is run, and monitors the physical channel of the second community.

7th aspect, the present invention provides a kind of network equipment, including：Transmitter, wherein：

The transmitter, the information for sending the initial time for monitoring first community to user equipment；So that the user equipment is when the initial time is reached, the user equipment monitors the physical channel of the first community；When the listening state that the user equipment monitors the physical channel of the first community meets preparatory condition, the user equipment terminates to monitor the physical channel of the first community, monitors the physical channel of second community.

In the first possible implementation of the 7th aspect, the transmitter is additionally operable to the listening period information and initial time biasing value information of the monitoring first community sent to the user equipment, so that the user equipment calculates the initial time for monitoring the first community according to the listening period information and initial time biasing value information.

With reference to the 7th aspect, in second of possible implementation, the transmitter is additionally operable to send the instruction message for including the initial time for monitoring the first community to the user equipment by the equipment of the second community；Or

The transmitter, which is additionally operable to send to the user equipment by the equipment of the second community, indicates message, and the instruction message is used to indicate that the user equipment is used to monitor the first community, and the instruction disappears The time of reception of breath is the initial time for monitoring the first community.

In second of possible implementation with reference to the first possible implementation or the 7th aspect of the 7th aspect or the 7th aspect, in the third possible implementation, the transmitter is additionally operable to send the wealthy value of the number of subframes for the physical channel for monitoring the first community to the user equipment, during so that the sub-frame data that the user equipment monitors the physical channel of the first community being equal to the wealthy value, terminate the physical channel of the monitoring first community, monitor the physical channel of the second community.

With reference to the 7th aspect, in the 4th kind of possible implementation, the transmitter is additionally operable to send the discontinuous reception parameters for monitoring the first community to the user equipment, the discontinuous reception parameters are included in the initial time that the first community is monitored in discontinuous receiving cycle, so that the user equipment is when initial time is reached, monitor the physical channel of the first community, and when entering the discontinuous receiving state for monitoring the first community, the user equipment terminates to monitor the physical channel of the first community, monitor the physical channel of the second community.

Eighth aspect, the present invention provides a kind of timesharing monitoring system, including：User equipment and the network equipment, wherein：

The network equipment includes：Transmitter, wherein：

The transmitter, the information for sending the initial time for monitoring first community to user equipment；The user equipment includes：Receiver and processor, wherein：

The receiver, the information of the initial time for obtaining the monitoring first community that the network equipment is sent；

The processor is used to perform following steps：

Pass through such scheme, it is possible to achieve when the initial time for monitoring first community is reached, monitor the physical channel of the first community；When the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of the second community.So reasonable arrangement monitors first community and monitors the listening period of second community, therefore can improve the utilization rate of Internet resources.Brief description of the drawings In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, the required accompanying drawing used in embodiment or description of the prior art will be briefly described below, apparently, drawings in the following description are only some embodiments of the present invention, for those of ordinary skill in the art, without having to pay creative labor, other accompanying drawings can also be obtained according to these accompanying drawings.

A kind of Fig. 1 schematic flow sheets of timesharing monitor method provided in an embodiment of the present invention；

The schematic flow sheet of Fig. 2 another timesharing monitor methods provided in an embodiment of the present invention；

The schematic flow sheet of Fig. 3 another timesharing monitor methods provided in an embodiment of the present invention；

The schematic flow sheet of Fig. 4 another timesharing monitor methods provided in an embodiment of the present invention；

The schematic flow sheet of Fig. 5 another timesharing monitor methods provided in an embodiment of the present invention；

The schematic flow sheet of Fig. 6 another timesharing monitor methods provided in an embodiment of the present invention；

The signalling diagram of Fig. 7 another timesharing monitor methods provided in an embodiment of the present invention；

Fig. 8 is a kind of UE provided in an embodiment of the present invention structural representation；

Fig. 9 is another UE provided in an embodiment of the present invention structural representation；

Figure 10 is another UE provided in an embodiment of the present invention structural representation；

Figure 11 is a kind of structural representation of network equipment provided in an embodiment of the present invention；

Figure 12 is the structural representation of another network equipment provided in an embodiment of the present invention；

Figure 13 is a kind of structural representation of timesharing monitoring system provided in an embodiment of the present invention；

Figure 14 is another UE provided in an embodiment of the present invention structural representation；

Figure 15 is another UE provided in an embodiment of the present invention structural representation；

Figure 16 is another UE provided in an embodiment of the present invention structural representation；

Figure 17 is a kind of UE provided in an embodiment of the present invention structural representation；

Figure 18 is the structural representation of another network equipment provided in an embodiment of the present invention；

Figure 19 is a kind of structural representation of timesharing monitoring system provided in an embodiment of the present invention.Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made belongs to the scope of protection of the invention.

Fig. 1 is a kind of schematic flow sheet of timesharing monitor method provided in an embodiment of the present invention, as shown in figure 1, Including：

101st, the information of the initial time for monitoring first community is obtained；

102nd, when the initial time is reached, the physical channel of the first community is monitored；

103rd, when the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of second community.

As an alternative embodiment, above-mentioned first community can be specifically macrocell, above-mentioned second community can be specifically cell（For example：Microcell, picocell and Femto cell etc.）.

As an alternative embodiment, the present embodiment specifically can apply to UE.

It should be noted that in the present invention, the process for monitoring cell is can to include carrying out data transmission with the equipment of the cell of monitoring, such as transmits upstream data or transmission downlink data.

In above-mentioned technical proposal, by the information for obtaining the initial time for being used to monitor first community；The physical channel of the first community is begun listening in the initial time；When the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of the second community.The initial time of first community and second community is monitored due to reasonable arrangement, therefore can improve network resource utilization.Fig. 2 is the schematic flow sheet of another timesharing monitor method provided in an embodiment of the present invention, as shown in Fig. 2 including：

201st, the information for being used to monitor the initial time of first community that the equipment of first community is sent is received.As an alternative embodiment, the said equipment can be specifically base station（For example：Evolution base station）.As an alternative embodiment, step 201 can specifically include：

Receive the listening period information for monitoring the first community and initial time biasing value information that the equipment of first community is sent；

Optionally, in the embodiment, the initial time for monitoring the first community can be specifically calculated by equation below：

[(5KV X 10)+subframenumber] mod (Macro Cycle)=MarcoStartOffset) mod (Macro Cycle) wherein, [(5F^x lO)+^/ra Calendar w] mod (7cra-C/e) is monitors the starting of the first community Moment, SFN is System Frame Number, and subfmmenumber is No. thousand, and mod represents modulo operation, and Macro-Cycle is the listening period, and M " " " ^ " ^^ " is the initial time bias.

The initial time for monitoring the first community can be just calculated by above-mentioned formula, that is, calculates begin listening for the first community in specifically which subframe.

In the embodiment, it is possible to achieve the initial time for monitoring the first community is calculated by the listening period information and initial time biasing value information of the equipment transmission for receiving first community.

It is used as a kind of optional embodiment, subframe numbers can specifically be referred to by monitoring the initial time of first community in the present invention, such as the information for including subframe numbers that the equipment that step 201 receives first community is sent, it can thus realize that the subframe numbers received in step 201 begin listening for first community.

202nd, when the initial time is reached, the physical channel of the first community is monitored.

203rd, when the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of second community.

As an alternative embodiment, after step 202, before step 203, methods described can also include：

When the listening state of the physical channel of the monitoring first community can not meet preparatory condition, continue to monitor the physical channel of the first community, preparatory condition is met until monitoring the listening state of physical channel of the first community.

Preparatory condition can not be met as long as monitoring the listening state of the physical channel of the first community, the physical channel of first community is just monitored always.

As an alternative embodiment, the preparatory condition can include following any one：

It is correctly decoded the media access control layer of the packet of acquisition（Medium Access Control, MAC) protocol Data Unit（Protocol Data Unit, PDU );

When decoding obtain packet MAC PDU it is incorrect, and in discontinuous reception mechanism retransmission timer time-out；

When decoding obtain packet MAC PDU it is incorrect, and the packet transmission number of times be equal to pre-set the packet transmission maximum times when；

Into the discontinuous reception for monitoring the first community（Discontinuous Reception, DRX) state. As an alternative embodiment, when the number of subframes that the preparatory condition includes the physical channel of the monitoring first community is equal to and presets wealthy value, before step 202, methods described can also include：The wealthy value of the number of subframes of the physical channel of the monitoring first community of the equipment transmission of the first community is received, the wealthy value of the number of subframes presets wealthy value to be described.

Optionally, the step can be specifically a same step 201-execution, and above-mentioned wealthy value is such as included in the information that step 201 is received.

Optionally, in the embodiment, step 202 can specifically include：

When the initial time is reached, the wealthy value subframe of the physical channel of the first community is monitored.Optionally, in the embodiment, step 203 can specifically include：

When monitoring the sub-frame data of physical channel of the first community equal to the wealthy value, terminate to monitor the physical channel of the first community, monitor the physical channel of the second community.

Optionally, in the embodiment, step 203 can specifically pass through timer（For example：On Duration Time-Macro) calculate the physical channel for monitoring the first community subframe number.Wealthy value is 5 as described, then when timer reaches 5, means that timer expiry, just meets above-mentioned preparatory condition, so as to terminate to monitor the physical channel of the first community, monitors the physical channel of the second community.

In the embodiment, it is possible to achieve only last for monitoring the subframe of the certain amount of the physical channel of first community, when the subframe of the physical channel of monitoring first community reaches the number, the physical channel for monitoring second community is returned to.

It is used as a kind of optional embodiment, when the preparatory condition includes being correctly decoded the MAC PDU of the packet of acquisition, or the MAC PDU including the packet when decoding acquisition are incorrect, and retransmission timer time-out in discontinuous reception mechanism, or the MAC PDU including the packet when decoding acquisition are incorrect, and the number of times of packet transmission, when being equal to the maximum times of the packet transmission pre-set, step 202 can specifically include：

When the initial time is reached, the physical channel of the first community is monitored, packet is obtained on the physical channel；

After step 202, before step 203, methods described can also include：

Decode the MAC PDU of the packet of the acquisition.

Optionally, in the embodiment, after step 202, methods described can also include：As the MAC PDU for the packet for being correctly decoded the acquisition, sent to the equipment of the first community and confirm character (Acknowledgement, ACK). It can thus realize when above-mentioned decoding is correct, ACK is sent to the equipment of first community, the equipment of so first community, which is received, just knows UE successfully decodeds after the ACK, at this moment the equipment of first community just can notify UE to return to the message for the physical channel for monitoring second community to the transmission one of second community.

Optionally, in the embodiment, step 203 can specifically include：

As the MAC PDU for the packet for being correctly decoded acquisition, terminate to monitor the physical channel of the first community, monitor the physical channel of the second community.

Optionally, in the embodiment, when the preparatory condition includes being correctly decoded the MAC PDU of the packet of acquisition, when the MAC PDU failures for the packet that acquisition is decoded in above-mentioned steps, the step 202 can also further include：

Repetition obtains the packet of re-transmission on the physical channel；

Methods described can also include：

Decode the MAC PDU of the packet of the re-transmission of the acquisition;Packet this method that i.e. step 202 is obtained can all be decoded to it, until the MAC PDU successes of decoding data bag.

Step 203 can include：

When being correctly decoded the MAC PDU of the packet of re-transmission of acquisition, terminate to monitor the physical channel of the first community, monitor the physical channel of the second community.

It can so realize when the decoded packet data on the physical channel of first time acquisition first community is incorrect, the packet can be just obtained on the physical channel again, realization is decoded again, when successfully decoded again, it can just terminate to monitor the physical channel of the first community, monitor the physical channel of the second community.Certainly, if decode also incorrect again, it can also continue to obtain the packet on the physical channel, then decoded.

Optionally, the embodiment of the wealthy value of the number of subframes of the physical channel for the monitoring first community that the equipment that the embodiment can be combined with the above-mentioned reception first community is sent is realized together, i.e. step 202 monitors the wealthy value subframe of the physical channel of first community, packet is obtained in this wealthy sub- frame in of value, when the MAC PDU for the packet that decoding is obtained are correct, at this moment it can be finished regardless of whether above-mentioned wealthy value subframe is monitored, it can terminate to monitor first community, begin listening for second community.

Optionally, in the embodiment, when the preparatory condition includes：When decoding obtain packet MAC PDU it is incorrect, and in DRX mechanism retransmission timer time-out.After step 202, before step 203, methods described can also include：

When the MAC PDU for the packet that decoding is obtained are incorrect, retransmission timer in DRX mechanism is opened (for example：HARQ RTT timers or HARQ retransmission timers）Carry out timing.

Optionally, in the embodiment, step 203 can specifically include：

When retransmission timer is overtime in the DRX mechanism, terminates to monitor the physical channel of the first community, monitor the physical channel of the second community.

The timing value of above-mentioned retransmission timer can be specifically pre-configured with.

Optionally, in the embodiment, when the MAC PDU that preparatory condition includes the packet that decoding is obtained are incorrect, and maximum times of the number of times equal to the packet transmission pre-set of packet transmission.

It should be noted that the packet of the transmission of physical channel can be transmitted several times, the technology being transmitted several times is existing, is not elaborated herein.

Optionally, in the embodiment, after step 202, before step 203, methods described can also include：

When the MAC PDU for the packet that decoding is obtained are incorrect, repetition obtains the packet on the physical channel；

Optionally, in the embodiment, step 203 can specifically include：

When the number of times that the packet is transmitted is equal to the maximum times of the packet transmission pre-set, terminates to monitor the physical channel of the first community, monitor the physical channel of the second community.

It can so realize that the maximum times of packet transmission can be reached by obtaining the number of times of the packet when the packet that decoding is obtained is incorrect, allow UE to obtain packet to provide more chances, and decode.

As an alternative embodiment, when the preparatory condition includes：The time for continuously monitoring the first community is equal to preset duration, and before step 202, methods described can also include：

Step 203 can specifically include：

When the time for continuously monitoring the first community being equal to the preset duration, terminate to monitor the physical channel of the first community, monitor the second community.

It can so realize when the time for the physical channel for continuously monitoring first community reaching the duration, terminate to monitor first community, begin listening for the physical channel of second community.

As an alternative embodiment, when the preparatory condition includes：Into the DRX states for monitoring the first community；The DRX states are a known state, are not elaborated herein.Step 201 It can include：

The DRX parameters for being used to monitor the first community that the equipment of the first community is sent are received, the DRX parameters are included in the initial time that the first community is monitored in DRX cycle；

Optionally, in the embodiment, step 201 can also further include：

Receive the DRX parameters for monitoring the second community that the equipment of the first community is sent.

Wherein, the DRX parameters for being used to monitor first community of reception can be specifically two identical DRX parameters or two different DRX parameters from the DRX parameters for monitoring second community.

Optionally, in the embodiment, the initial time can be specifically that DRX cycle is (for example in DRX parameters：Macro DRX Cycle) initial time.

Optionally, the embodiment, step 203 can specifically include：

When entering the DRX states for monitoring the first community, terminate to monitor the physical channel of the first community, monitor the second community.

It can so realize when UE enters the DRX states for the physical channel for monitoring first community, terminate to monitor first community, begin listening for the physical channel of second community.

Optionally, in the embodiment, step 203 can specifically include：

When the listening state of the physical channel of the monitoring first community meets preparatory condition（For example：Into the DRX states for monitoring the first community）, terminate to monitor the physical channel of the first community, as the initial time that the second community is monitored in DRX cycle, the second community will be begun listening in the initial time at the time of DRX states of the entrance monitoring first community.

So can be by the UE DRX times all of getting up, so as to improve the utilization rate of Internet resources.As an alternative embodiment, before step 202, methods described can also include：

204th, the physical channel of the second community is monitored, and when the initial time is reached, terminates to monitor the physical channel of second community.

Optionally, in the embodiment, after step 204, before step 203, methods described can also include：

When the initial time is reached, interrupt and monitor the timer that the second community is run, and preserve the timing value that the initial time monitors the timer that the second community is run.

Optionally, step 203 can specifically include：

When the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate to monitor the physical channel of the first community, transported the timing value of the holding as the monitoring second community The initial value of capable timer, runs the timer that the monitoring second community is run, and monitor the physical channel of the second community.

It can so realize, when the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate the physical channel of monitoring first community, using the timing value of above-mentioned preservation by the initial value for monitoring the timer that the second community is run, operation is described to monitor the timer that the second community is run, and monitor the physical channel of the second community, the physical channel for monitoring first community is realized during the physical channel of second community is monitored to realize, and the state for monitoring the physical channel of second community will not change.As described initial time monitor second community physical channel subframe numbers be 105, then when meet above-mentioned preparatory condition return monitor second community physical channel, just the subframe from subframe numbers 105 begin listening for, to realize lasting monitoring second community.

When the initial time is reached, interrupt and monitor the timer that the second community is run；Optionally, step 203 can specifically include：

When the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate the physical channel of the monitoring first community, it regard default timing value as the initial value for monitoring the timer that the second community is run, operation is described to monitor the timer that the second community is run, and monitors the physical channel of the second community.

It can so realize, the physical channel of second community is begun listening in default timing value.

In the embodiment, it is possible to achieve UE is just monitoring the physical channel of second community, when the initial time for reaching the monitoring first community, just terminate to monitor the physical channel of second community, begin listening for the physical channel of first community.

It is used as a kind of optional embodiment, while the information comprising the initial time for monitoring the first monitoring first community that the equipment of reception first network is sent in step 201, the DRX parameters that the monitoring second community of the equipment transmission of first community is used can also be received.It can also be the DRX parameters used in the information that step 201 is received comprising monitoring second community.

As an alternative embodiment, the physical channel in the present invention can be specifically Physical Downlink Control Channel (hysical downlink control channel, PDCCH)

In above-mentioned technical proposal, on the basis of above example, it is discussed in detail by different preparatory conditions, realizes and improve network resource utilization. Fig. 3 is the schematic flow sheet of another timesharing monitor method provided in an embodiment of the present invention, as shown in figure 3, including：

301st, the information for being used to monitor the initial time of first community that the equipment of second community is sent is received.As an alternative embodiment, the said equipment can be specifically base station（For example：Evolution base station）.As an alternative embodiment, step 301 can specifically include：

Receive the instruction message for including the initial time for monitoring the first community that the equipment of the second community is sent；

Optionally, in the embodiment, above-mentioned instruction message can be specifically the equipment equipment that is sent to second community of first community.

Can be specifically the equipment of first community by sending the equipment for carrying the above-mentioned instruction message of UE marks to second community with the interface of the equipment of second community.Above-mentioned initial time can be represented in the way of subframe number, for example：System subframe（System Frame Number, SFN) plus subframe number（For example： subframe number ).

As an alternative embodiment, step 301 can specifically include：

In the embodiment, when UE receives the instruction message, just terminate to monitor second community, begin listening for the physical channel of first community.

As an alternative embodiment, step 301 can specifically be realized by high-level signaling, that is to say, that the equipment of second community sends the above-mentioned information for including the initial time for monitoring first community by high-level signaling to UE.The high-level signaling can be specifically radio resource control（Radio Resource Control, RRC) signaling, MAC Control Element or physical layer signaling contour level signaling.

302nd, when the initial time is reached, the physical channel of the first community is monitored.

303rd, when the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of second community.

As an alternative embodiment, the advance condition in the present embodiment may be referred to the advance condition of above example description, and embodiment.

As an alternative embodiment, before step 302, methods described also includes：

304th, the physical channel of the second community is monitored, and when the initial time is reached, terminates to monitor The physical channel of second community.

The embodiment, specifically may be referred to the embodiment of above example introduction.

As an alternative embodiment, in the present embodiment, it is possible to achieve a variety of preparatory conditions introduced in above example.It is repeat specification herein.

In above-mentioned technical proposal, the information for including the initial time for monitoring first community for receiving the transmission that second network equipment is sent can be realized on the basis of above example, at the same time it can also realize raising network resource utilization.Fig. 4 is the schematic flow sheet of another timesharing monitor method provided in an embodiment of the present invention, as shown in figure 4, including：

401st, the data for needing to transmit with the equipment of the first community are obtained, to monitor the initial time of the first community at the time of data acquisition.

402nd, when the initial time is reached, the physical channel of the first community is monitored.

403rd, when the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of second community.

It can so realize when the data that the equipment in need to first community is transmitted, it is possible to be used as the initial time for monitoring first community at the time of the data will be got.As long as during equipment transmission data i.e. in need to first community, just monitoring first community.When obtaining the data, UE may monitor the physical channel of second community, or just monitor the physical channel of first community originally.

As an alternative embodiment, step 402 can specifically include：

The physical channel of the first community is begun listening in the initial time, is carried out data transmission with the equipment of the first community.

As an alternative embodiment, the preparatory condition can specifically include：

Terminate with the equipment transmission data of the first community；

Step 403 can specifically include：

At the end of with the equipment transmission data of the first community, terminate to monitor the physical channel of the first community, monitor the physical channel of the second community.

In above-mentioned technical proposal, on the basis of above example, realize when getting the data for needing the equipment with first community to transmit, begin listening for the physical channel of first community, carry out data transmission.At the same time it can also improve the utilization rate of Internet resources. Fig. 5 is the schematic flow sheet of another timesharing monitor method provided in an embodiment of the present invention, as shown in figure 5, including：

501st, the information of the initial time for monitoring first community is sent to UE；So that the UE is when the initial time is reached, the UE monitors the physical channel of the first community；When the UE listening states for monitoring the physical channel of the first community meet preparatory condition, the UE terminates to monitor the physical channel of the first community, monitors the physical channel of second community.

In above-mentioned technical proposal, by sending the information of the initial time for monitoring first community to UE, when UE obtains the information of the initial time for monitoring first community；When the initial time is reached, UE monitors the physical channel of the first community；When the listening state of the physical channel of the monitoring first community meets preparatory condition, UE terminates to monitor the physical channel of the first community, monitors the physical channel of the second community.The initial time of first community and second community is monitored due to specify that, therefore network resource utilization can be improved.Fig. 6 is the schematic flow sheet of another timesharing monitor method provided in an embodiment of the present invention, as shown in fig. 6, including：

601st, the information of the initial time for monitoring first community is sent to UE；So that the UE in the initial time then, monitor the physical channel of the first community；When the UE listening states for monitoring the physical channel of the first community meet preparatory condition, UE terminates to monitor the physical channel of the first community, monitors the physical channel of second community.

602nd, the information that the initial time of the second community and the mark of the UE are monitored comprising the UE sent to the equipment of the second community.

So equipment of second community just could be aware that UE specifically begins listening for the physical channel of second community in which moment, i.e. which subframe.Certainly here begin listening for can be include monitor second community physical channel process interrupt monitor second community physical channel, and go monitor first community physical channel after, return monitoring second community physical channel. As an alternative embodiment, step 601 can specifically include：To the listening period information and initial time biasing value information of the UE monitoring first communities sent, so that the UE calculates the initial time for monitoring the first community according to the listening period information and initial time biasing value information；So that the UE is when the initial time is reached, the physical channel in first ' the area is monitored；When the UE listening states for monitoring the physical channel of the first community meet preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of the second community.

It can so realize that UE biases the initial time that value information calculates monitoring first community by listening period information and initial time, and the physical channel of first community is monitored in the initial time.

As a kind of embodiment, step 601 can specifically include：

The instruction message for including the initial time for monitoring the first community is sent to the UE by the equipment of the second community；So that the UE is when the initial time is reached, the physical channel of the first community is monitored；When the UE listening states for monitoring the physical channel of the first community meet preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of the second community.Or

Sent by the equipment of the second community to the UE and indicate message, the instruction message is used to indicate that the UE monitors the first community, and the time of reception of the instruction message is the initial time for monitoring the first community；So that the UE is when the initial time is reached, the physical channel in first ' the area is monitored；When the UE listening states for monitoring the physical channel of the first community meet preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of the second community.

In the embodiment, it can realize by the instruction message comprising the initial time for monitoring the first community or for indicating that UE monitors the equipment that the instruction message of the first community is sent to second community, certainly UE mark can also be sent to the equipment of second community while these message are sent, the equipment of so second community is received after these message, it is possible to sent to UE.

As an alternative embodiment, methods described can also include：

The wealthy value of the number of subframes for the physical channel for monitoring the first community is sent to the UE, during so that the sub-frame data that the UE monitors the physical channel of the first community being equal to the wealthy value, terminate the physical channel of the monitoring first community, monitor the physical channel of the second community.

The embodiment, it is possible to achieve UE only monitors the wealthy value subframe of the physical channel of first community.As an alternative embodiment, step 601 can specifically include：

The DRX parameters for monitoring the first community are sent to the UE, the DRX parameters are included in the initial time that the first community is monitored in the DRX cycles；So that the UE is when initial time is reached, institute is monitored The physical channel of first community is stated, and when entering the DRX states for monitoring the first community, the UE terminates to monitor the physical channel of the first community, monitors the physical channel of the second community.

In the embodiment, it is possible to achieve UE begins listening for the physical channel of first community in the initial time of DRX cycle.

In above-mentioned technical proposal, on the basis of above example, the step of adding the information that the initial time of the second community and the mark of the UE are monitored comprising the UE of the equipment transmission to the second community, the physical channel that the equipment of second community can be used preferably to coordinate UE to monitor second community.At the same time it can also improve the utilization rate of Internet resources.Fig. 7 is the signalling diagram of another timesharing monitor method provided in an embodiment of the present invention, as shown in fig. 7, comprises：

701st, the equipment of first community sends the information of the parameter of the physical channel for monitoring first community and the parameter for the physical channel of monitoring second community to UE；

702nd, UE monitors the physical channel of second community；

Optionally, the physical channel of second community and the equipment of second community by monitoring are included in 702 steps to carry out data transmission.

703rd, the equipment of first community sends the instruction message that UE monitors the physical channel of first community to the equipment of second community.

Optionally, the instruction message package is sent to initial time at the time of UE for monitoring first community containing the initial time for monitoring first community, or the instruction message.

704th, the equipment of second community sends the instruction message for the physical channel for monitoring first community to UE.

705th, UE monitors the physical channel of first community.

Optionally, the physical channel of first community and the equipment of first community by monitoring are included in 705 steps to carry out data transmission.

706th, when the UE states for monitoring the physical channel of first community meet preparatory condition, UE terminates to monitor the physical channel of first community, and UE monitors the physical channel of second community.

In above-mentioned technical proposal, the equipment of first community sends the instruction message for monitoring first community physical channel by the equipment of second community to UE, when UE receives the instruction message, the physical channel of first community is just monitored, the utilization rate of Internet resources can be thus improved. It is apparatus of the present invention embodiment below, apparatus of the present invention embodiment is used for the method for performing the realization of the inventive method embodiment one to seven, for convenience of description, it illustrate only the part related to the embodiment of the present invention, particular technique details is not disclosed, be refer to the embodiment of the present invention one, embodiment two, is implemented three, example IV, embodiment five, implementation six and embodiment seven.Fig. 8 is a kind of UE provided in an embodiment of the present invention structural representation, as shown in figure 8, including：Acquiring unit 11, the first monitoring unit 12 and the second monitoring unit 13, wherein：

Acquiring unit 11, the information for obtaining the initial time for monitoring first community；

First monitoring unit 12, for when the initial time that acquiring unit 11 is obtained is reached, monitoring the physical channel of the first community；

Second monitoring unit 13, for when the listening state for the physical channel that the first monitoring unit 12 monitors the first community meets preparatory condition, terminating the physical channel of the monitoring first community, monitors the physical channel of second community.

In above-mentioned technical proposal, by the information for obtaining the initial time for being used to monitor first community；The physical channel of the first community is begun listening in the initial time；When the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of the second community.The initial time of first community and second community is monitored due to clear and definite reasonable arrangement, therefore network resource utilization can be improved.Fig. 9 is another UE provided in an embodiment of the present invention structural representation, as shown in figure 9, including：Acquiring unit 21, the first monitoring unit 22, the second monitoring unit 23 and the 3rd monitoring unit 24, wherein：Acquiring unit 21, for receiving the information for including the initial time for monitoring first community that the equipment of first community is sent.

First monitoring unit 22, for when the initial time that acquiring unit 21 is obtained is reached, monitoring the physical channel of the first community；

Second monitoring unit 23, when the listening state for the physical channel when the monitoring first community meets preparatory condition, terminates to monitor the physical channel of the first community, monitors the physical channel of second community.

3rd monitoring unit 24, for beginning listening for described in the initial time in the first monitoring unit 22 Before the physical channel of one cell, the physical channel of the second community is monitored, and when the initial time is reached, terminates to monitor the physical channel of second community.

As an alternative embodiment, the said equipment can be specifically base station（For example：Evolution base station）.As an alternative embodiment, acquiring unit 21 can specifically include：

Receiving subelement（It is not drawn into accompanying drawing), listening period information and initial time biasing value information for receiving the monitoring first community that the equipment of first community is sent；

Computing unit（It is not drawn into accompanying drawing）, for according to receiving subelement（It is not drawn into accompanying drawing）Listening period information and initial time the biasing value information of reception calculate the initial time for monitoring the first community.

Optionally, in the embodiment, computing unit（It is not drawn into accompanying drawing）The initial time for monitoring the first community can be specifically calculated by equation below：

Moment, SFN is System Frame Number, and subfmmenumber is No. thousand, and mod represents modulo operation, and Macro-Cycle is the listening period, and M " " " ^ " ^^ " is the initial time bias.

As an alternative embodiment, acquiring unit 21 can be also used for receiving the instruction message for including the initial time for monitoring the first community that the equipment of the second community is sent；Or

Acquiring unit 21 can be also used for receiving the instruction message that the equipment of the second community is sent, and the instruction message is used to indicate that UE monitors the first community, and the time of reception of the instruction message is the initial time for monitoring the first community.

It is used as a kind of optional embodiment, first monitoring unit 22 further can be also used for when the listening state of the physical channel of the monitoring first community can not meet preparatory condition, the physical channel for monitoring the first community is then continued executing with, preparatory condition is met until monitoring the listening state of physical channel of the first community.

Preparatory condition can not be met as long as monitoring the listening state of the physical channel of the first community, the physical channel of first community is just monitored always. As an alternative embodiment, the preparatory condition that the second monitoring unit 23 is met can include following any one：

It is correctly decoded the MAC PDU of the packet of acquisition;

Into the DRX states for monitoring the first community.

As an alternative embodiment, UE can also include：

First receiving unit（It is not drawn into accompanying drawing）When the number of subframes that the preparatory condition includes the physical channel of the monitoring first community, which is equal to, presets wealthy value, the wealthy value of the number of subframes of the physical channel of the monitoring first community of the equipment transmission of the first community is received, the wealthy value of the number of subframes presets wealthy value to be described.

Optionally, in the embodiment, the first monitoring unit 22 can be also used for when the initial time is reached, and monitor the wealthy value subframe of the physical channel of the first community.

Optionally, in the embodiment, second monitoring unit 23 can be also used for, when monitoring the sub-frame data of physical channel of the first community equal to the wealthy value, terminating to monitor the physical channel of the first community, monitoring the physical channel of the second community.

Optionally, in the embodiment, the second monitoring unit 23 can specifically pass through timer（For example：On Duration Time-Macro) calculate the physical channel for monitoring first ' the area subframe number.Wealthy value is 5 as described, then when timer reaches 5, means that timer expiry, just meets above-mentioned preparatory condition, so as to terminate to monitor the physical channel of the first community, monitors the physical channel of the second community.

As an alternative embodiment, as shown in Figure 10, the equipment also includes：

Decoding unit 25, for including being correctly decoded the MAC PDU of the packet of acquisition when the preparatory condition, or it is incorrect including the MAC PDU for working as the packet that decoding is obtained, and discontinuous reception mechanism Middle retransmission timer time-out, or the MAC PDU including the packet when decoding acquisition are incorrect, and the number of times of packet transmission is when being equal to the maximum times of the packet transmission pre-set, the MAC PDU for the packet that the first monitoring unit 22 of decoding is obtained.

First monitoring unit 22 can be also used for when the preparatory condition includes being correctly decoded the MAC PDU of the packet of acquisition, or the MAC PDU including the packet when decoding acquisition are incorrect, and retransmission timer time-out in discontinuous reception mechanism, or the MAC PDU including the packet when decoding acquisition are incorrect, and the number of times of packet transmission is when being equal to the maximum times of the packet transmission pre-set, when the initial time is reached, the physical channel of the first community is monitored, packet is obtained on the physical channel.

Optionally, in the embodiment, the equipment can also include：

Transmitting element（It is not drawn into accompanying drawing), during MAC PDU for the packet that the acquisition is correctly decoded when decoding unit 25, ACK is sent to the equipment in first ' ", area.

It can thus realize when above-mentioned decoding is correct, ACK is sent to the equipment of first community, the equipment of so first community, which is received, just knows UE successfully decodeds after the ACK, at this moment the equipment of first community just can notify UE to return to the message for the physical channel for monitoring second community to the transmission one of second community.

Optionally, in the embodiment, the second monitoring unit 23 can be also used for when the decoding unit is correctly decoded the MAC PDU of the packet of acquisition, terminates to monitor the physical channel of the first community, monitors the physical channel of the second community；

Optionally, in the embodiment, when the preparatory condition includes being correctly decoded the MAC PDU of the packet of acquisition, when decoding unit 25 decodes the MAC PDU failures of the packet obtained, first monitoring unit 22 further can be also used for when the MAC PDU that decoding unit 25 decodes the packet obtained are incorrect, and repetition obtains the packet of re-transmission on the physical channel；

Decoding unit 25 further can be also used for decoding the MAC PDU of the packet of the re-transmission of the acquisition;That is the packet present invention that the first monitoring unit 22 is obtained is that the packet of acquisition is decoded, until the MAC PDU successes of decoding data bag.

Second monitoring unit 23 can be also used for, when decoding unit 25 is correctly decoded the MAC PDU of the packet for the re-transmission that the packet is obtained, terminating to monitor the physical channel of the first community, monitoring the physical channel of the second community.

When can so realize that the decoded packet data obtained on the physical channel of first community when first time is incorrect, it is possible to obtain the packet on the physical channel again, realization is decoded again, when being decoded into again During work(, it is possible to terminate to monitor the physical channel of the first community, monitor the physical channel of the second community.Certainly, if decode also incorrect again, it can also continue to obtain the packet on the physical channel, then decoded.

Optionally, in the embodiment, UE can also include：

Timing unit（It is not drawn into accompanying drawing), for including when the preparatory condition when the MAC PDU of the packet of decoding acquisition are incorrect, and retransmission timer time-out in DRX mechanism, and first monitoring unit 22 decoding obtain packet MAC PDU it is incorrect when, open DRX mechanism in retransmission timer carry out timing；Second monitoring unit 23 is additionally operable to work as timing unit（It is not drawn into accompanying drawing) when retransmission timer is overtime in the DRX mechanism opened, terminates to monitor the physical channel of the first community, monitor the physical channel of the second community.

Optionally, in the embodiment, first monitoring unit 22 further can be also used for when preparatory condition is included when the MAC PDU of the packet of decoding acquisition are incorrect, and the number of times of the packet transmission is equal to the maximum times of the packet transmission pre-set, and decoding unit 25 decoding obtain packet MAC PDU it is incorrect when, repetition the packet is obtained on the physical channel；

Second monitoring unit 23 can be also used for, when the number of times that the packet is transmitted is equal to the maximum times of the packet transmission pre-set, terminating to monitor the physical channel of the first community, monitoring the physical channel of the second community.

As an alternative embodiment, UE can also include：

Second receiving unit（Do not come out in accompanying drawing）, for including when the preparatory condition：The time for continuously monitoring the first community is equal to preset duration, receives the information for including the duration for continuously monitoring the first community that the equipment of the first community is sent, the when a length of preset duration for continuously monitoring the first community.

Second monitoring unit 23 can be also used for, when the time for continuously monitoring the first community being equal to the duration, terminating to monitor the physical channel of the first community, monitoring the second community.

As an alternative embodiment, acquiring unit 21 can be also used for when the preparatory condition includes：During into the DRX states for monitoring the first community, being used for of receiving that the equipment of the first community sends supervises The DRX parameters of the first community are listened, the DRX parameters are included in the initial time that the first community is monitored in DRX cycle；

It should be noted that the DRX states are a known state, do not elaborate herein.Optionally, in the embodiment, acquiring unit 21 further can be also used for receiving the DRX parameters for monitoring the second community that the equipment of the first community is sent.

Optionally, the embodiment, the second monitoring unit 23 can be also used for when entering the DRX states for monitoring the first community, terminates to monitor the physical channel of the first community, monitors the second community.

Optionally, in the embodiment, the second monitoring unit 23 can be also used for when the listening state of the physical channel of the monitoring first community meets preparatory condition（For example：Into the DRX states for monitoring the first community）, terminate to monitor the physical channel of the first community, as the initial time that the second community is monitored in DRX cycle, the second community will be begun listening in the initial time at the time of DRX states of the entrance monitoring first community.

So can be by the UE DRX times all of getting up, so as to improve the utilization rate of Internet resources.As an alternative embodiment, UE can also include：

First interrupt location（It is not drawn into accompanying drawing）, the timer that the second community is run is monitored for when the initial time is reached, interrupting, and preserve the timing value that the initial time monitors the timer that the second community is run；

Second monitoring unit 23 can be also used for the physical channel for terminating to monitor the first community, by first interrupt location（It is not drawn into accompanying drawing）The timing value of holding is as the initial value for monitoring the timer that the second community is run, and the timer that the second community is run is monitored in operation, and monitors the physical channel of the second community.

It can so realize, when the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate the physical channel of monitoring first community, using the timing value of above-mentioned preservation by the initial value for monitoring the timer that the second community is run, operation is described to monitor the timer that the second community is run And the physical channel of the second community is monitored, the physical channel for monitoring first community is realized during the physical channel of second community is monitored to realize, and the state for monitoring the physical channel of second community will not change.As described initial time monitor second community physical channel subframe numbers be 105, then when meet above-mentioned preparatory condition return monitor second community physical channel, just the subframe from subframe numbers 105 begin listening for, to realize lasting monitoring second community.

As an alternative embodiment, UE can also include：

Second interrupt location（It is not drawn into accompanying drawing）, the timer that the second community is run is monitored for when the initial time is reached, interrupting；

Second monitoring unit 23 can be also used for the physical channel for terminating to monitor the first community, it regard default timing value as the initial value for monitoring the timer that the second community is run, operation is described to monitor the timer that the second community is run, and monitors the physical channel of the second community.

As an alternative embodiment, acquiring unit 21 can be also used for when the preparatory condition can include：At the end of the equipment transmission data of the first community, the data for needing the equipment with the first community to transmit are obtained, to monitor the initial time of the first community at the time of data acquisition；

Above-mentioned data can be the data that UE is automatically generated, the data of the operation generation either inputted according to user or data of reception miscellaneous equipment transmission etc..

Second monitoring unit 23 is additionally operable at the end of with the equipment transmission data of the first community, is terminated to monitor the physical channel of the first community, is monitored the physical channel of the second community.

As an alternative embodiment, the UE can specifically include：

The communication equipments such as mobile phone, tablet personal computer. In above-mentioned technical proposal, on the basis of above example, it is discussed in detail by different preparatory conditions, realizes and improve network resource utilization.Figure 11 is a kind of structural representation of network equipment provided in an embodiment of the present invention, as shown in Figure 11, including：First transmitting element 31 and wherein：

First transmitting element 31, the information for sending the initial time for monitoring first community to UE；So that the UE is when the initial time is reached, the UE monitors the physical channel of the first community；When the UE listening states for monitoring the physical channel of the first community meet preparatory condition, the UE terminates to monitor the physical channel of the first community, monitors the physical channel of second community.

As an alternative embodiment, the network equipment can be specifically base station（Evolution base station）.In above-mentioned technical proposal, by sending the information of the initial time for monitoring first community to UE, when UE obtains the information of the initial time for monitoring first community；When the initial time is reached, UE monitors the physical channel of the first community；When the listening state of the physical channel of the monitoring first community meets preparatory condition, UE terminates to monitor the physical channel of the first community, monitors the physical channel of the second community.The initial time of first community and second community is monitored due to specify that, therefore network resource utilization can be improved.Figure 12 is a kind of structural representation of network equipment provided in an embodiment of the present invention, as shown in figure 12, including：First transmitting element 41, wherein：

First transmitting element 41, the information for sending the initial time for monitoring first community to UE；So that the UE in the initial time then, monitor the physical channel of the first community；When the UE listening states for monitoring the physical channel of the first community meet preparatory condition, UE terminates to monitor the physical channel of the first community, monitors the physical channel of second community.

It is used as a kind of optional embodiment, first transmitting element 41 can be also used for the listening period information and initial time biasing value information to the UE monitoring first communities sent, so that the UE calculates the initial time for monitoring the first community according to the listening period information and initial time biasing value information. It can so realize that UE biases the initial time that value information calculates monitoring first community by listening period information and initial time, and when being reached in the starting, carve the physical channel for monitoring first community.

As an alternative embodiment, the first transmitting element 41 can be also used for sending the instruction message for including the initial time for monitoring the first community to the UE by the equipment of the second community；Or

First transmitting element 41, which can be also used for sending to the UE by the equipment of the second community, indicates message, the instruction message is used to indicate that the UE is used to monitor the first community, and the time of reception of the instruction message is the initial time for monitoring the first community.

As an alternative embodiment, the first transmitting element 41 can be also used for sending the DRX parameters for monitoring the first community to the UE, the DRX parameters are included in the initial time that the first community is monitored in DRX cycle.

As an alternative embodiment, the equipment can also include：

Second transmitting element 42, for the wealthy value for the number of subframes that the physical channel for monitoring the first community is sent to the UE, during so that the sub-frame data that the UE monitors the physical channel of the first community being equal to the wealthy value, terminate the physical channel of the monitoring first community, monitor the physical channel of the second community.

The embodiment, it is possible to achieve UE only monitors the wealthy value subframe of the physical channel of first community.As an alternative embodiment, the equipment can also include：

3rd transmitting element 43, the information that the initial time of the second community and the mark of the UE are monitored comprising the UE for the equipment transmission to the second community.

So equipment of second community just could be aware that UE specifically begins listening for the physical channel of second community in which moment, i.e. which subframe.Certainly here begin listening for can be include monitor second community physical channel process interrupt monitor second community physical channel, and go monitor first community physical channel after, return monitoring second community physical channel.

In above-mentioned technical proposal, on the basis of above example, the implementation that the information comprising the physical channel for monitoring first community is sent to UE is illustrated with different implementation methods.At the same time it can also improve The utilization rate of Internet resources.Figure 13 is a kind of timesharing monitoring system provided in an embodiment of the present invention, as shown in figure 13, including：UE51 and the network equipment 52, wherein：

The network equipment 51, for sending the information for including the initial time for monitoring first community to UE51；UE52, the information for including the initial time for monitoring first community for receiving the transmission of the network equipment 51；When the initial time is reached, the physical channel of the first community is monitored；When the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of second community.

As an alternative embodiment, the system can also include：

Second community equipment（It is not drawn into accompanying drawing), for carrying out information transfer or data transfer with the network equipment 51 and UE52.

Wherein, second community equipment（It is not drawn into accompanying drawing）The transmission of information or data between the network equipment 51 and UE52 specifically refer to embodiment of the method in the present invention.

The network equipment 51 can be specifically the equipment of the first community in above example, and the second community equipment (is not drawn into accompanying drawing）Can be specifically the equipment of the second community in above example.

In above-mentioned technical proposal, UE obtains the information of the initial time for monitoring first community；When the initial time is reached, the physical channel of the first community is monitored；When the listening state of the physical channel of the monitoring first community meets preparatory condition, UE terminates to monitor the physical channel of the first community, monitors the physical channel of second community.The initial time of first community and second community is monitored due to specify that, therefore network resource utilization can be improved.Figure 14 is another UE provided in an embodiment of the present invention structural representation, as shown in figure 14, including：Receiver 61 and processor 62, wherein：

Receiver 61, the information for obtaining the initial time for monitoring first community；

Processor 62 is used to perform following steps：

As an alternative embodiment, above-mentioned first community can be specifically macrocell, above-mentioned second is small Area can be specifically cell（For example：Microcell, picocell and Femto cell etc.）.

As an alternative embodiment, above-mentioned monitoring can processor 62 control receiver 61 monitored.

In above-mentioned technical proposal, by the information for obtaining the initial time for being used to monitor first community；When the initial time is reached, the physical channel of the first community is monitored；When the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of second community.The initial time of first community and second community is monitored due to specify that, therefore network resource utilization can be improved.Figure 15 is another UE provided in an embodiment of the present invention structural representation, as shown in figure 15, including：Receiver 71 and processor 72, wherein：

Receiver 71, for receiving the information for being used to monitor the initial time of first community that the equipment of first community is sent.

Processor 72 is used to perform following steps：

As an alternative embodiment, the said equipment can be specifically base station（For example：Evolution base station）.As an alternative embodiment, receiver 71 can be also used for receiving the listening period information for monitoring the first community and the initial time biasing value information that the equipment of first community is sent；

Processor 72 is additionally operable to that following steps can be performed：

It is used as a kind of optional embodiment, subframe numbers can specifically be referred to by monitoring the initial time of first community in the present invention, such as the information for including subframe numbers that the equipment that receiver 71 receives first community is sent, it can thus realize that the subframe numbers received in receiver 71 begin listening for first community.

As an alternative embodiment, processor 72 is after the step of performing the physical channel for monitoring the first community, before the step of beam monitors the physical channel of the first community is performed, it is additionally operable to perform following steps：

When the listening state of the physical channel of the monitoring first community can not meet preparatory condition, the physical channel for monitoring the first community is continued executing with, preparatory condition is met until monitoring the listening state of physical channel of the first community.

It is correctly decoded the media access control layer MAC PDU of the packet of acquisition;

Into the DRX states for monitoring the first community.

It is used as a kind of optional embodiment, receiver 71 further can be also used for when the number of subframes that the preparatory condition includes the physical channel of the monitoring first community is equal to and presets wealthy value, the wealthy value of the number of subframes of the physical channel of the monitoring first community of the equipment transmission of the first community is received, the wealthy value of the number of subframes presets wealthy value to be described.

Optionally, in the embodiment, what processor 72 was performed can include the step of the initial time begins listening for the physical channel of the first community： When the initial time is reached, the wealthy value subframe of the physical channel of the first community is monitored.Optionally, in the embodiment, processor 72 perform when monitoring the listening state of physical channel of the first community and meeting preparatory condition, terminate to include the step of monitoring the physical channel of the first community, the physical channel for monitoring the second community：

As an alternative embodiment, processor 72 perform can include the step of the initial time begins listening for the physical channel of the first community：

When the preparatory condition includes being correctly decoded the MAC PDU of the packet of acquisition, or the MAC PDU including the packet when decoding acquisition are incorrect, and retransmission timer time-out in discontinuous reception mechanism, or the MAC PDU including the packet when decoding acquisition are incorrect, and the number of times of packet transmission is when being equal to the maximum times of the packet transmission pre-set, when the initial time is reached, the physical channel of the first community is monitored, packet is obtained on the physical channel；

Processor 72 monitors the physical channel of the first community performing, after the step of packet is obtained on the physical channel, before the step of terminating to monitor the physical channel of first community is performed, and is additionally operable to perform following steps：

Decode the MAC PDU of the packet of the acquisition.

Optionally, in the embodiment, the equipment can also include：

Transmitter 73, for as the MAC PDU for the packet for being correctly decoded the acquisition, ACK to be sent to the equipment of the first community.

Optionally, in the embodiment, processor 72 perform when monitoring the listening state of physical channel of the first community and meeting preparatory condition, terminate to include the step of monitoring the physical channel of the first community, the physical channel for monitoring the second community：

As the MAC PDU for the packet for being correctly decoded acquisition, terminate to monitor the physics of the first community Channel, monitors the physical channel of the second community.

Optionally, in the embodiment, processor 72 perform when monitoring the listening state of physical channel of the first community and meeting preparatory condition, terminate further include the step of monitoring the physical channel of the first community, the physical channel for monitoring the second community：

When the preparatory condition includes being correctly decoded the MAC PDU of the packet of acquisition, when the MAC PDU failures for the packet that acquisition is decoded in above-mentioned steps, when the MAC PDU for the packet that decoding is obtained are incorrect, repetition obtains the packet of re-transmission on the physical channel；

Processor 72 is additionally operable to perform following steps：

Decode the MAC PDU of the packet of the re-transmission of the acquisition;All it is that the packet of acquisition is decoded in the packet present invention obtained, until the MAC PDU successes of decoding data bag.

Processor 72 perform when monitoring the listening state of physical channel of the first community and meeting preparatory condition, terminate to include the step of monitoring the physical channel of the first community, the physical channel for monitoring the second community：

Optionally, in the embodiment, after the MAC PDU of the packet obtained described in the perform decoding of processor 72, performing when the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate the physical channel of the monitoring first community, before the physical channel for monitoring the second community, processor 72 can be also used for performing hair following steps：

When the preparatory condition includes：When decoding obtain packet MAC PDU it is incorrect, and in DRX mechanism retransmission timer time-out, when decoding obtain packet MAC PDU it is incorrect when, open DRX mechanism in retransmission timer（For example：HARQ RTT timers or HARQ retransmission timers) carry out timing.

Optionally, in the embodiment, processor 72 perform when monitoring the listening state of physical channel of the first community and meeting preparatory condition, terminate to include the step of monitoring the physical channel of the first community, the physical channel for monitoring the second community： When retransmission timer is overtime in the DRX mechanism, terminates to monitor the physical channel of the first community, monitor the physical channel of the second community.

Optionally, it is necessary to which explanation, the packet of the transmission of physical channel can be transmitted several times, the technology being transmitted several times does not elaborate to be existing herein in the embodiment.

When preparatory condition includes：The MAC PDU for decoding the packet obtained are incorrect, and the number of times of the packet transmission is equal to the maximum times of the packet transmission pre-set, when the MAC PDU for the packet that decoding is obtained are incorrect, repetition obtains the packet on the physical channel；

As an alternative embodiment, receiver 71 further can be also used for when the preparatory condition includes：The time for continuously monitoring the first community is equal to preset duration, receives the information for including the duration for continuously monitoring the first community that the equipment of the first community is sent, the when a length of preset duration for continuously monitoring the first community.

When the time for continuously monitoring the first community being equal to the duration, terminate to monitor the physical channel of the first community, monitor the second community.

It can so realize when the time for the physical channel for continuously monitoring first community reaching the duration, terminate to monitor first community, begin listening for the physical channel of second community. As an alternative embodiment, receiver 71 can be also used for when the preparatory condition includes：During into the DRX states for monitoring the first community, the DRX parameters for being used to monitor the first community that the equipment of the first community is sent are received, the DRX parameters are included in the initial time that the first community is monitored in DRX cycle；

Optionally, in the embodiment, receiver 71 further can be also used for receiving the DRX parameters for monitoring the second community that the equipment of the first community is sent.

Optionally, the embodiment, processor 72 perform when monitoring the listening state of physical channel of the first community and meeting preparatory condition, terminate to include the step of monitoring the physical channel of the first community, the physical channel for monitoring the second community：

So can be by the UE DRX times all of getting up, so as to improve the utilization rate of Internet resources.As an alternative embodiment, processor 72 is before the step of performing the physical channel for monitoring first community, it is additionally operable to perform following steps：

As an alternative embodiment, the physical channel of the second community is monitored in the execution of processor 72, And when the initial time is reached, after the step of monitoring the physical channel of second community, performing when the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate the physical channel of the monitoring first community, before the step of monitoring the physical channel of the second community, processor 72 can be also used for performing following steps：

When the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate the physical channel of the monitoring first community, it regard the timing value of the holding as the initial value for monitoring the timer that the second community is run, operation is described to monitor the timer that the second community is run, and monitors the physical channel of the second community.

It can so realize, when the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate the physical channel of monitoring first community, using the timing value of above-mentioned preservation by the initial value for monitoring the timer that the second community is run, operation is described to monitor the timer that the second community is run, and monitor the physical channel of the second community, the physical channel for monitoring first community is realized during the physical channel of second community is monitored to realize, and the state for monitoring the physical channel of second community will not change.

It is used as a kind of optional embodiment, the physical channel of the second community is monitored in the execution of processor 72, when the initial time is reached, after the step of terminating to monitor the physical channel of second community, performing when the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate the physical channel of the monitoring first community, before the step of monitoring the physical channel of the second community, processor 72 can be also used for performing following steps：

When the initial time is reached, interrupt and monitor the timer that the second community is run；Optionally, in the embodiment, processor 72 perform when monitoring the listening state of physical channel of the first community and meeting preparatory condition, terminate to include the step of monitoring the physical channel of the first community, the physical channel for monitoring the second community：

When the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate the physical channel of the monitoring first community, it regard default timing value as the initial value for monitoring the timer that the second community is run, operation is described to monitor the timer that the second community is run, and monitors described the The physical channel of two cells.

As an alternative embodiment, UE can also include：

Memory 74, the program for storing the execution of processor 72.

As an alternative embodiment, the physical channel in the present invention can be specifically PDCCH.

In above-mentioned technical proposal, on the basis of above example, it is discussed in detail by different preparatory conditions, realizes and improve network resource utilization.Figure 16 is the structural representation for another UE that inventive embodiments are provided, as shown in figure 16, including：Receiver 81, processor 82, wherein：

Receiver 81, for receiving the information for being used to monitor the initial time of first community that the equipment of second community is sent.

Processor 82, for performing following steps：

As an alternative embodiment, receiver 81 can be also used for receiving the instruction message for including the initial time for monitoring the first community that the equipment of the second community is sent；

Can be specifically the equipment of first community by sending the equipment for carrying the above-mentioned instruction message of UE marks to second community with the interface of the equipment of second community.Above-mentioned initial time can be represented in the way of subframe number, for example：SFN adds subframe number（For example： subframe number ).

It is used as a kind of optional embodiment, receiver 81 can be also used for receiving the instruction message that the equipment of the second community is sent, the instruction message is used to indicate the monitoring first community, and the time of reception of the instruction message is the initial time for monitoring the first community.

In the embodiment, when UE receives the instruction message, just terminate to monitor second community, start prison Listen the physical channel of first community.

As an alternative embodiment, receiver 81 can be by being realized by high-level signaling, that is to say, that the equipment of second community sends the above-mentioned information for including the initial time for monitoring first community by high-level signaling to UE.The high-level signaling can be specifically RRC signaling, MAC Control Element or physical layer signaling contour level signaling.

As an alternative embodiment, processor 82 is before the step of performing the physical channel for monitoring the first community, it is additionally operable to perform following steps：

As an alternative embodiment, UE can also include：

Memory 83, for storing the program performed by processor 82.

In above-mentioned technical proposal, the information for including the initial time for monitoring first community for receiving the transmission that second network equipment is sent can be realized on the basis of above example, at the same time it can also realize raising network resource utilization.Figure 17 is another UE provided in an embodiment of the present invention structural representation, as shown in figure 17, including：Receiver 91 and processor 92, wherein：

Receiver 91, for obtaining the data for needing to transmit with the equipment of the first community, to monitor the initial time of the first community at the time of data acquisition.

Processor 92, for performing following steps：

As an alternative embodiment, being begun listening in the initial time for the execution of processor 92 is described The step of physical channel of first community, can include：

When the initial time is reached, the physical channel of the first community is monitored, is carried out data transmission with the equipment of the first community.

Can be that the control receiver 91 of processor 92 and the equipment of the first community carry out data transmission.Optionally, when it is that UE sends data to the equipment of first community that above-mentioned and first community equipment, which carries out data transmission, the equipment can also include：

Transmitter 93, carries out data transmission for the equipment with the first community.

Terminate with the equipment transmission data of the first community；

Optionally, in the embodiment, processor 92 perform when monitoring the listening state of physical channel of the first community and meeting preparatory condition, terminate to include the step of monitoring the physical channel of the first community, the physical channel for monitoring the second community：

In above-mentioned technical proposal, on the basis of above example, realize when getting the data for needing the equipment with first community to transmit, begin listening for the physical channel of first community, carry out data transmission.At the same time it can also improve the utilization rate of Internet resources.Figure 18 is the structural representation of another network equipment provided in an embodiment of the present invention, as shown in figure 18, including：Transmitter 101, wherein：

Transmitter 101, the information for sending the initial time for monitoring first community to UE；So that the UE is when the initial time is reached, the UE monitors the physical channel of the first community；When the UE listening states for monitoring the physical channel of the first community meet preparatory condition, the UE terminates to monitor the physical channel of the first community, monitors the physical channel of second community.

Embodiment is listened as one kind is optional, transmitter 101 can be also used for the information that the initial time of the second community and the mark of the UE are monitored comprising the UE of the equipment transmission to the second community.

So equipment of second community just could be aware that UE specifically begins listening for the physical channel of second community in which moment, i.e. which subframe.Certainly here begin listening for can be include monitor second community physics believe Road process interrupt monitors the physical channel of second community, and goes after the physical channel of monitoring first community, returns to the physical channel for monitoring second community.

It is used as a kind of optional embodiment, transmitter 101 can be also used for the listening period information and initial time biasing value information to the UE monitoring first communities sent, so that the UE calculates the initial time for monitoring the first community according to the listening period information and initial time biasing value information；So that the UE is when the initial time is reached, the physical channel of the first community is monitored；When the UE listening states for monitoring the physical channel of the first community meet preparatory condition, UE terminates to monitor the physical channel of the first community, monitors the physical channel of the second community.

As an alternative embodiment, transmitter 101 can be also used for sending the instruction message for including the initial time for monitoring the first community to the UE by the equipment of the second community；So that the UE is when the initial time is reached, the physical channel of the first community is monitored；When the UE listening states for monitoring the physical channel of the first community meet preparatory condition, UE terminates to monitor the physical channel of the first community, monitors the physical channel of the second community.Or

Transmitter 101, which can be also used for sending to the UE by the equipment of the second community, indicates message, the instruction message is used to indicate that the UE monitors the first community, and the time of reception of the instruction message is the initial time for monitoring the first community；So that the UE is when the initial time is reached, the physical channel of the first community is monitored；When the UE listening states for monitoring the physical channel of the first community meet preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of the second community.

In the embodiment, it can realize the instruction message comprising the initial time for monitoring the first community or indicate for monitoring the equipment that the instruction message of the first community is sent to second community, certainly UE mark can also be sent to the equipment of second community while these message are sent, the equipment of so second community is received after these message, it is possible to sent to UE.

It is used as a kind of optional embodiment, transmitter 101 can be also used for sending the wealthy value of the number of subframes for the physical channel for monitoring the first community to the UE, during so that the sub-frame data that the UE monitors the physical channel of the first community being equal to the wealthy value, terminate the physical channel of the monitoring first community, monitor the physical channel of the second community.

The embodiment, it is possible to achieve UE only monitors the wealthy value subframe of the physical channel of first community. As an alternative embodiment, transmitter 101 can be also used for sending the DRX parameters for monitoring the first community to the UE, the DRX parameters are included in the initial time that the first community is monitored in DRX cycle；So that the UE begins listening for the physical channel of the first community in the initial time；When the UE listening states for monitoring the physical channel of the first community meet preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of the second community.

As an alternative embodiment, the equipment can also include：

Processor 102, data message is sent for control transmitter 101 to the equipment of UE or second community.It should be noted that in the present invention, the process for monitoring cell is can to include carrying out data transmission with the equipment of the cell of monitoring, such as transmits upstream data or transmission downlink data.

In above-mentioned technical proposal, by sending the information of the initial time for monitoring first community to UE, when UE obtains the information of the initial time for monitoring first community；When the initial time is reached, the physical channel of the first community is monitored；When the listening state of the physical channel of the monitoring first community meets preparatory condition, UE terminates to monitor the physical channel of the first community, monitors the physical channel of the second community.The initial time of first community and second community is monitored due to specify that, therefore network resource utilization can be improved.Figure 19 is the structural representation of another timesharing monitoring system provided in an embodiment of the present invention, as shown in Figure 19, including：UE111 and the network equipment 112, wherein：

The network equipment 112 includes：Transmitter, wherein：

The transmitter, the information for sending the initial time for monitoring first community to UE；

UE111 includes：Receiver and processor, wherein：

The receiver, the information of the initial time of the monitoring first community for obtaining the transmission of the network equipment 112；

The processor is used to perform following steps：

In above-mentioned technical proposal, UE obtains the information of the initial time for monitoring first community；When described When moment beginning reaches, the physical channel of the first community is monitored；When the listening state of the physical channel of the monitoring first community meets preparatory condition, UE terminates to monitor the physical channel of the first community, monitors the physical channel of second community.The initial time of first community and second community is monitored due to specify that, therefore network resource utilization can be improved.

One of ordinary skill in the art will appreciate that realizing all or part of flow in above-described embodiment method, computer program is can be by instruct the hardware of correlation to complete, described program can be stored in a computer read/write memory medium, the program is upon execution, it may include such as the flow of the embodiment of above-mentioned each method.Wherein, described storage medium can be magnetic disc, CD, read-only memory（Read-Only Memory, ROM) or random access memory（Random Access Memory, abbreviation RAM) etc..

Above disclosure is only preferred embodiment of present invention, can not limit the interest field of the present invention, therefore the equivalent variations made according to the claims in the present invention with this certainly, still belongs to the scope that the present invention is covered.

Claims

Claim

1st, a kind of timesharing monitor method, it is characterised in that including：

Obtain the information of the initial time for monitoring first community；

When the initial time is reached, the physical channel of the first community is monitored；

When the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of second community.

2nd, the method as described in claim 1, it is characterised in that after the physical channel of the monitoring first community, before terminating to monitor the physical channel of the first community, methods described also includes：

When the listening state of the physical channel of the monitoring first community can not meet preparatory condition, then the step of continuing executing with the physical channel for monitoring the first community meets preparatory condition until monitoring the listening state of physical channel of the first community.

3rd, the method as described in claims 1 or 2, it is characterised in that the preparatory condition includes any one of following：

The number of subframes for monitoring the physical channel of the first community is equal to default wealthy value；

It is correctly decoded the protocol Data Unit of the media access control layer of the packet of acquisition；

When decoding obtain packet media access control layer protocol Data Unit it is incorrect, and in discontinuous reception mechanism retransmission timer time-out；

When decoding obtain packet media access control layer protocol Data Unit it is incorrect, and the packet transmission number of times be equal to pre-set the packet transmission maximum times when；

The time for continuously monitoring the first community is equal to preset duration；

Into the discontinuous receiving state for monitoring the first community.

4th, method as claimed in claim 3, it is characterised in that when the number of subframes that the preparatory condition includes the physical channel of the monitoring first community, which is equal to, presets wealthy value, before the physical channel for monitoring the first community, methods described also includes：

The wealthy value of the number of subframes of the physical channel of the monitoring first community of the equipment transmission of the first community is received, the wealthy value of the number of subframes presets wealthy value to be described.

5th, method as claimed in claim 3, it is characterized in that, when the preparatory condition includes being correctly decoded the protocol Data Unit of the media access control layer of the packet of acquisition, or the protocol Data Unit of the media access control layer including the packet when decoding acquisition is incorrect, and retransmission timer in discontinuous reception mechanism Time-out, or the protocol Data Unit of the media access control layer including the packet when decoding acquisition is incorrect, and the number of times of packet transmission, when being equal to the maximum times of the packet transmission pre-set, the physical channel of the monitoring first community includes：

The physical channel of the first community is monitored, data are obtained on the physical channel；

It is described obtain data on the physical channel after, it is described terminate to monitor the first community before, methods described also includes：

Decode the protocol Data Unit of the media access control layer of the packet of the acquisition.

6th, method as claimed in claim 5, it is characterised in that when the preparatory condition include when decoding obtain packet media access control layer protocol Data Unit it is incorrect, and in discontinuous reception mechanism retransmission timer time-out,

After the protocol Data Unit of the media access control layer of the packet of the decoding acquisition, the end is monitored before the first community, and methods described also includes：

When the protocol Data Unit of the media access control layer for the packet that decoding is obtained is incorrect, opens retransmission timer in discontinuous reception mechanism and carry out timing.

7th, method as claimed in claim 3, it is characterised in that when the preparatory condition includes：The time for continuously monitoring the first community is equal to before preset duration, the physical channel of the monitoring first community, and methods described also includes：

Receive the information for including the duration for continuously monitoring the first community that the equipment of the first community is sent, the when a length of preset duration for continuously monitoring the first community.

8th, method as claimed in claim 3, it is characterised in that when the preparatory condition includes terminating with the equipment transmission data of the first community, the information for obtaining the initial time for monitoring first community includes：

The data for needing to transmit with the equipment of the first community are obtained, to monitor the initial time of the first community at the time of data acquisition.

9th, method as claimed in claim 3, it is characterised in that when the preparatory condition includes entering the discontinuous receiving state for monitoring the first community, the information that the acquisition is used for the initial time for monitoring first community includes：

The discontinuous reception parameters for being used to monitor the first community that the equipment of the first community is sent are received, the discontinuous reception parameters are included in the initial time that the first community is monitored in discontinuous receiving cycle. 10th, the method as any one of claim 1-7, it is characterised in that the information that the acquisition is used for the initial time for monitoring first community includes：

Receive the listening period information for monitoring the first community and initial time biasing value information that the equipment of first community is sent；

The initial time for monitoring the first community is calculated according to the listening period information and initial time biasing value information.

11st, the method as any one of claim 1-7, it is characterised in that the information that the acquisition is used for the initial time for monitoring first community includes：

Receive the instruction message for including the initial time for monitoring the first community that the equipment of the second community is sent；Or

The instruction message that the equipment of the second community is sent is received, the instruction message is used to indicate to monitor the first community, and the time of reception of the instruction message is the initial time for monitoring the first community.

12nd, the method as any one of claim 1-11, it is characterised in that before the physical channel of the monitoring first community, methods described also includes：

The physical channel of the second community is monitored, and when the initial time is reached, terminates to monitor the physical channel of second community.

13rd, method as claimed in claim 12, it is characterised in that methods described also includes：

When the initial time is reached, interrupt and monitor the timer that the second community is run, and preserve the timing value that the initial time monitors the timer that the second community is run；

The physical channel for terminating to monitor the first community, monitoring the physical channel of the second community includes：

Terminate the physical channel of the monitoring first community, it regard the timing value of the holding as the initial value for monitoring the timer that the second community is run, operation is described to monitor the timer that the second community is run, and monitors the physical channel of the second community.

14th, method as claimed in claim 12, it is characterised in that methods described also includes：

When the initial time is reached, interrupt and monitor the timer that the second community is run；The physical channel for terminating to monitor the first community, monitoring the physical channel of the second community includes：

Terminate the physical channel of the monitoring first community, using default timing value as the initial value for monitoring the timer that the second community is run, run the timer that the monitoring second community is run, And monitor the physical channel of the second community.

15th, a kind of timesharing monitor method, it is characterised in that including：

The information of the initial time for monitoring first community is sent to user equipment；So that the user equipment is when the initial time is reached, the user equipment monitors the physical channel of the first community；When the listening state that the user equipment monitors the physical channel of the first community meets preparatory condition, the user equipment terminates to monitor the physical channel of the first community, monitors the physical channel of second community.

16th, method as claimed in claim 15, it is characterised in that the information that the initial time for monitoring first community is sent to user equipment includes：

The listening period information and initial time biasing value information of the monitoring first community sent to the user equipment, so that the user equipment calculates the initial time for monitoring the first community according to the listening period information and initial time biasing value information.

17th, method as claimed in claim 15, it is characterised in that the information that the initial time for monitoring first community is sent to user equipment includes：

The instruction message for including the initial time for monitoring the first community is sent to the user equipment by the equipment of the second community；Or

Sent by the equipment of the second community to the user equipment and indicate message, the instruction message is used to indicate that the user equipment monitors the first community, and the time of reception of the instruction message is the initial time for monitoring the first community.

18th, the method as any one of claim 15-17, it is characterised in that methods described also includes：The wealthy value of the number of subframes for the physical channel for monitoring the first community is sent to the user equipment, during so that the sub-frame data that the user equipment monitors the physical channel of the first community being equal to the wealthy value, terminate the physical channel of the monitoring first community, monitor the physical channel of the second community.

19th, method as claimed in claim 15, it is characterised in that the information that the initial time for monitoring first community is sent to user equipment includes：

The discontinuous reception parameters for monitoring the first community are sent to the user equipment, the discontinuous reception parameters are included in the initial time that the first community is monitored in discontinuous receiving cycle, so that the user equipment is when initial time is reached, monitor the physical channel of the first community, and when entering the discontinuous receiving state for monitoring the first community, the user equipment terminates to monitor the physical channel of the first community, monitors the physical channel of the second community.

20th, a kind of user equipment, it is characterised in that including：Acquiring unit, the first monitoring unit and second Monitoring unit, wherein：

The acquiring unit, the information for obtaining the initial time for monitoring first community；

First monitoring unit, for when the initial time that the acquiring unit is obtained is reached, monitoring the physical channel of the first community；

Second monitoring unit, when meeting preparatory condition for monitoring the listening state of physical channel of the first community when first monitoring unit, terminates to monitor the physical channel of the first community, monitors the physical channel of second community.

21st, equipment as claimed in claim 20, it is characterized in that, first monitoring unit is additionally operable to when the listening state of the physical channel of the monitoring first community can not meet preparatory condition, the physical channel for monitoring the first community is continued executing with, preparatory condition is met until monitoring the listening state of physical channel of the first community.

22nd, the equipment as described in claim 20 or 21, it is characterised in that the preparatory condition that the second monitoring unit listening state is met includes any one of following：

The number of subframes for monitoring the physical channel of the first community is equal to default wealthy value；

It is correctly decoded the protocol Data Unit of the media access control layer of the packet of acquisition；

When decoding obtain packet media access control layer protocol Data Unit it is incorrect, and in discontinuous reception mechanism retransmission timer time-out；

When decoding obtain packet media access control layer protocol Data Unit it is incorrect, and the packet transmission number of times be equal to pre-set the packet transmission maximum times when；

The time for continuously monitoring the first community is equal to preset duration；

Into the discontinuous receiving state for monitoring the first community.

23rd, equipment as claimed in claim 22, the equipment also includes：

First receiving unit, when the number of subframes of physical channel for including the monitoring first community when the preparatory condition is equal to default wealthy value, the wealthy value of the number of subframes of the physical channel of the monitoring first community of the equipment transmission of the first community is received, the wealthy value of the number of subframes presets wealthy value to be described.

24th, equipment as claimed in claim 22, it is characterised in that the equipment also includes：Decoding unit, for including being correctly decoded the protocol Data Unit of the media access control layer of the packet of acquisition when the preparatory condition, or the protocol Data Unit of the media access control layer including the packet when decoding acquisition is incorrect, and retransmission timer time-out in discontinuous reception mechanism, or the protocol Data Unit of the media access control layer including the packet when decoding acquisition is incorrect, and the number of times of packet transmission Equal to the packet transmission pre-set maximum times when, decode the protocol Data Unit of the media access control layer for the packet that first monitoring unit is obtained；

First monitoring unit is additionally operable to when the preparatory condition includes being correctly decoded the protocol Data Unit of the media access control layer of the packet of acquisition, or the protocol Data Unit of the media access control layer including the packet when decoding acquisition is incorrect, and retransmission timer time-out in discontinuous reception mechanism, or the protocol Data Unit of the media access control layer including the packet when decoding acquisition is incorrect, and the number of times of packet transmission is when being equal to the maximum times of the packet transmission pre-set, monitor the physical channel of the first community, data are obtained on the physical channel.

25th, equipment as claimed in claim 24, it is characterised in that the equipment also includes：Timing unit, for including when the preparatory condition when the protocol Data Unit of the media access control layer of the packet of decoding acquisition is incorrect, and retransmission timer time-out in discontinuous reception mechanism, and the protocol Data Unit of the media access control layer of packet that obtains of first monitoring unit decoding it is incorrect when, open retransmission timer in discontinuous reception mechanism and carry out timing.

26th, equipment as claimed in claim 22, it is characterised in that the equipment also includes：Second receiving unit, for including when the preparatory condition：The time for continuously monitoring the first community is equal to preset duration, receives the information for including the duration for continuously monitoring the first community that the equipment of the first community is sent, the when a length of preset duration for continuously monitoring the first community.

27th, equipment as claimed in claim 22, it is characterized in that, the acquiring unit is additionally operable to when the preparatory condition includes terminating with the equipment transmission data of the first community, the data for needing to transmit with the equipment of the first community are obtained, to monitor the initial time of the first community at the time of data acquisition.

28th, equipment as claimed in claim 22, it is characterized in that, the acquiring unit is additionally operable to when the preparatory condition includes entering the discontinuous receiving state for monitoring the first community, the discontinuous reception parameters for being used to monitor the first community that the equipment of the first community is sent are received, the discontinuous reception parameters are included in the initial time that the first community is monitored in discontinuous receiving cycle.

29th, the equipment as any one of claim 20-26, it is characterised in that the acquiring unit includes：

Receiving subelement, listening period information and initial time biasing value information for receiving the monitoring first community that the equipment of first community is sent；

Computing unit, listening period information and initial time the biasing value information for being received according to the receiving subelement calculates the initial time for monitoring the first community. 30th, the equipment as any one of claim 20-26, it is characterised in that the acquiring unit is additionally operable to receive the instruction message for including the initial time for monitoring the first community that the equipment of the second community is sent；Or

The acquiring unit is additionally operable to receive the instruction message that the equipment of the second community is sent, and the instruction message is used to indicate to monitor the first community, and the time of reception of the instruction message is the initial time for monitoring the first community.

31st, the equipment as described in claim 20-30, it is characterised in that the equipment also includes：3rd monitoring unit, the physical channel for monitoring the second community, and when the initial time is reached, terminate to monitor the physical channel of second community.

32nd, equipment as claimed in claim 31, it is characterised in that the equipment also includes：

First interrupt location, the timer that the second community is run is monitored for when the initial time is reached, interrupting, and preserves the timing value that the initial time monitors the timer that the second community is run；Second monitoring unit is additionally operable to the physical channel for terminating to monitor the first community, it regard the timing value of the holding as the initial value for monitoring the timer that the second community is run, operation is described to monitor the timer that the second community is run, and monitors the physical channel of the second community.

33rd, equipment as claimed in claim 31, it is characterised in that the equipment also includes：

Second interrupt location, the timer that the second community is run is monitored for when the initial time is reached, interrupting；

Second monitoring unit is additionally operable to the physical channel for terminating to monitor the first community, it regard default timing value as the initial value for monitoring the timer that the second community is run, operation is described to monitor the timer that the second community is run, and monitors the physical channel of the second community.

34th, a kind of network equipment, it is characterised in that including：First transmitting element, wherein：

First transmitting element, the information for sending the initial time for monitoring first community to user equipment；So that the user equipment is when the initial time is reached, the user equipment monitors the physical channel of the first community；When the listening state that the user equipment monitors the physical channel of the first community meets preparatory condition, the user equipment terminates to monitor the physical channel of the first community, monitors the physical channel of second community.

35th, equipment as claimed in claim 34, it is characterized in that, first transmitting element is additionally operable to the listening period information and initial time biasing value information of the monitoring first community sent to the user equipment, so that the user equipment calculates prison according to the listening period information and initial time biasing value information Listen the initial time of the first community.

36th, equipment as claimed in claim 34, it is characterised in that first transmitting element is additionally operable to send the instruction message for including the initial time for monitoring the first community to the user equipment by the equipment of the second community；Or

First transmitting element, which is additionally operable to send to the user equipment by the equipment of the second community, indicates message, the instruction message is used to indicate that the user equipment is used to monitor the first community, and the time of reception of the instruction message is the initial time for monitoring the first community.

37th, the equipment as any one of claim 34-36, it is characterised in that the equipment also includes：Second transmitting element, for the wealthy value for the number of subframes that the physical channel for monitoring the first community is sent to the user equipment, during so that the sub-frame data that the user equipment monitors the physical channel of the first community being equal to the wealthy value, terminate the physical channel of the monitoring first community, monitor the physical channel of the second community.

38, equipment as claimed in claim 34, it is characterized in that, first transmitting element is additionally operable to send the discontinuous reception parameters for monitoring the first community to the user equipment, the discontinuous reception parameters are included in the initial time that the first community is monitored in discontinuous receiving cycle, so that the user equipment is when initial time is reached, monitor the physical channel of the first community, and when entering the discontinuous receiving state for monitoring the first community, the user equipment terminates to monitor the physical channel of the first community, monitor the physical channel of the second community.

39th, a kind of timesharing monitoring system, it is characterised in that including：User equipment and the network equipment, wherein：The network equipment, for sending the information for including the initial time for monitoring first community to the user equipment；

The user equipment, for receiving the information for including the initial time for monitoring first community that the network equipment is sent；When the initial time is reached, the physical channel of the first community is monitored；When the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of second community.

40th, a kind of user equipment, it is characterised in that including：Receiver and processor, wherein：The receiver, the information for obtaining the initial time for monitoring first community；

The processor is used to perform following steps：

When the initial time is reached, the physical channel of the first community is monitored；

When the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate to monitor institute The physical channel of first community is stated, the physical channel of second community is monitored.

41st, equipment as claimed in claim 40, it is characterized in that, the processor is after the step of performing the physical channel for monitoring the first community, before the step of terminating to monitor the physical channel of the first community is performed, and is additionally operable to perform following steps：

When the listening state of the physical channel of the monitoring first community can not meet preparatory condition, then the step of continuing executing with the physical channel for monitoring the first community meets preparatory condition until monitoring the listening state of physical channel of the first community.

42nd, the equipment as described in claim 40 or 41, it is characterised in that the preparatory condition includes any one of following：

The number of subframes for monitoring the physical channel of the first community is equal to default wealthy value；

It is correctly decoded the protocol Data Unit of the media access control layer of the packet of acquisition；

When decoding obtain packet media access control layer protocol Data Unit it is incorrect, and in discontinuous reception mechanism retransmission timer time-out；

When decoding obtain packet media access control layer protocol Data Unit it is incorrect, and the packet transmission number of times be equal to pre-set the packet transmission maximum times when；

The time for continuously monitoring the first community is equal to preset duration；

Into the discontinuous receiving state for monitoring the first community.

43rd, equipment as claimed in claim 42, it is characterized in that, the receiver is additionally operable to when the number of subframes that the preparatory condition includes the physical channel of the monitoring first community is equal to and presets wealthy value, the wealthy value of the number of subframes of the physical channel of the monitoring first community of the equipment transmission of the first community is received, the wealthy value of the number of subframes presets wealthy value to be described.

44th, equipment as claimed in claim 42, it is characterised in that include the step of the physical channel of the monitoring first community of the computing device：

When the preparatory condition includes being correctly decoded the protocol Data Unit of the media access control layer of the packet of acquisition, or the protocol Data Unit of the media access control layer including the packet when decoding acquisition is incorrect, and retransmission timer time-out in discontinuous reception mechanism, or the protocol Data Unit of the media access control layer including the packet when decoding acquisition is incorrect, and the number of times of packet transmission is when being equal to the maximum times of the packet transmission pre-set, monitor the physical channel of the first community, data are obtained on the physical channel；

The processor is obtained on physical channel is performed after data, and performing, end monitoring described first is small Before area, it is additionally operable to perform following steps：

Decode the protocol Data Unit of the media access control layer of the packet of the acquisition.

45th, equipment as claimed in claim 44, it is characterized in that, after the processor is the step of the protocol Data Unit of the media access control layer of the packet obtained described in perform decoding, before the step of terminating to monitor the first community is performed, it is additionally operable to perform following steps：

When the preparatory condition is included when the protocol Data Unit of the media access control layer of the packet of decoding acquisition is incorrect, and retransmission timer time-out in discontinuous reception mechanism, when the protocol Data Unit of the media access control layer for the packet that decoding is obtained is incorrect, opens retransmission timer in discontinuous reception mechanism and carry out timing.

46th, equipment as claimed in claim 42, it is characterised in that the receiver is additionally operable to when the preparatory condition includes：The time for continuously monitoring the first community is equal to preset duration, receives the information for including the duration for continuously monitoring the first community that the equipment of the first community is sent, the when a length of preset duration for continuously monitoring the first community.

47th, equipment as claimed in claim 42, it is characterized in that, the receiver is additionally operable to when the preparatory condition includes terminating with the equipment transmission data of the first community, the data for needing to transmit with the equipment of the first community are obtained, to monitor the initial time of the first community at the time of data acquisition.

48th, equipment as claimed in claim 42, it is characterized in that, when the preparatory condition includes entering the discontinuous receiving state for monitoring the first community described in the receiver, it is additionally operable to receive the discontinuous reception parameters for being used to monitor the first community that the equipment of the first community is sent, the discontinuous reception parameters are included in the initial time for monitoring the first community in discontinuous receiving cycle.

49th, the equipment as described in claim 40-46, it is characterised in that the receiver is additionally operable to receive the listening period information for monitoring the first community and the initial time biasing value information that the equipment of first community is sent；

The processor is additionally operable to perform following steps：

The initial time for monitoring the first community is calculated according to the listening period information and initial time biasing value information.

50th, the equipment as described in claim 40-46, it is characterised in that the receiver is additionally operable to receive the instruction message for including the initial time for monitoring the first community that the equipment of the second community is sent；Or the receiver is additionally operable to receive the instruction message that the equipment of the second community is sent, the instruction message is used to indicate to monitor the first community, and the time of reception of the instruction message is to monitor the first community Initial time.

51st, the equipment as described in claim 40-50, it is characterised in that the processor is additionally operable to perform following steps before the step of performing the physical channel of the monitoring first community：

The physical channel of the second community is monitored, and when the initial time is reached, terminates to monitor the physical channel of second community.

52nd, equipment as claimed in claim 51, it is characterised in that the processor is additionally operable to perform following steps：

When the initial time is reached, interrupt and monitor the timer that the second community is run, and preserve the timing value that the initial time monitors the timer that the second community is run；

The step of physical channel of the first community, the physical channel of the monitoring second community are monitored in the end of the computing device includes：

Terminate the physical channel of the monitoring first community, it regard the timing value of the holding as the initial value for monitoring the timer that the second community is run, operation is described to monitor the timer that the second community is run, and monitors the physical channel of the second community.

53rd, equipment as claimed in claim 51, it is characterised in that the processor is additionally operable to perform following steps：

When the initial time is reached, interrupt and monitor the timer that the second community is run；The step of physical channel of the first community, the physical channel of the monitoring second community are monitored in the end of the computing device includes：

Terminate the physical channel of the monitoring first community, it regard default timing value as the initial value for monitoring the timer that the second community is run, operation is described to monitor the timer that the second community is run, and monitors the physical channel of the second community.

54th, a kind of network equipment, it is characterised in that including：Transmitter, wherein：

The transmitter, the information for sending the initial time for monitoring first community to user equipment；So that the user equipment is when the initial time is reached, the user equipment monitors the physical channel of the first community；When the listening state that the user equipment monitors the physical channel of the first community meets preparatory condition, the user equipment terminates to monitor the physical channel of the first community, monitors the physical channel of second community.

55th, equipment as claimed in claim 54, it is characterised in that the transmitter is additionally operable to the listening period information and initial time biasing value information of the monitoring first community sent to the user equipment, so that The user equipment calculates the initial time for monitoring the first community according to the listening period information and initial time biasing value information.

56th, equipment as claimed in claim 54, it is characterised in that the transmitter is additionally operable to send the instruction message for including the initial time for monitoring the first community to the user equipment by the equipment of the second community；Or

The transmitter, which is additionally operable to send to the user equipment by the equipment of the second community, indicates message, the instruction message is used to indicate that the user equipment is used to monitor the first community, and the time of reception of the instruction message is the initial time for monitoring the first community.

57th, the equipment as any one of claim 54-56, it is characterized in that, the transmitter is additionally operable to send the wealthy value of the number of subframes for the physical channel for monitoring the first community to the user equipment, during so that the sub-frame data that the user equipment monitors the physical channel of the first community being equal to the wealthy value, terminate the physical channel of the monitoring first community, monitor the physical channel of the second community.

58, equipment as claimed in claim 54, it is characterized in that, the transmitter is additionally operable to send the discontinuous reception parameters for monitoring the first community to the user equipment, the discontinuous reception parameters are included in the initial time that the first community is monitored in discontinuous receiving cycle, so that the user equipment is when initial time is reached, monitor the physical channel of the first community, and when entering the discontinuous receiving state for monitoring the first community, the user equipment terminates to monitor the physical channel of the first community, monitor the physical channel of the second community.

59th, a kind of timesharing monitoring system, it is characterised in that including：User equipment and the network equipment, wherein：The network equipment includes：Transmitter, wherein：

The transmitter, the information for sending the initial time for monitoring first community to user equipment；The user equipment includes：Receiver and processor, wherein：

The receiver, the information of the initial time for obtaining the monitoring first community that the network equipment is sent；

The processor is used to perform following steps：

When the initial time is reached, the physical channel of the first community is monitored；

When the listening state of the physical channel of the monitoring first community meets preparatory condition, terminate to monitor the physical channel of the first community, monitor the physical channel of second community.