CN107371278A

CN107371278A - The processing method and processing device of RRC state

Info

Publication number: CN107371278A
Application number: CN201610319548.1A
Authority: CN
Inventors: 张银成
Original assignee: ZTE Corp
Current assignee: ZTE Corp
Priority date: 2016-05-13
Filing date: 2016-05-13
Publication date: 2017-11-21
Also published as: WO2017193902A1

Abstract

The invention provides a kind of processing method and processing device of RRC state.Wherein, this method includes：When mobile site MS is in RRC connection status, operation identified below is performed：Discharge first between MS and base station BS and connect related resource, and retain the related configuration information of the first connection；Beep-page message that BS is sent is monitored to receive from the downlink service data from BS.By the present invention, the design method for solving the problems, such as RRC in correlation technique can not meet 5G performance and business demand, and then the RRC performance for being designed to meet 5G and the effect of business demand.

Description

The processing method and processing device of RRC state

Technical field

The present invention relates to the communications field, in particular to a kind of radio resource control RRC The processing method and processing device of state.

Background technology

Cellular mobile communication technology passes through the development of short many decades, comes into the 4G epoch, And in order to the future for meeting to predict is higher, faster, the communication requirement of renewal, industry is Through setting about deploying the research to following 5G technologies.5G is by bigger handling capacity, more use Family connects, more low time delay, higher reliability, more low-power consumption (including network side equipment and user Terminal) the further technical research of aspect progress.At present, industry proposes 5G technical goals： The year two thousand twenty or so is arrived, realizes that the mobile data flow per 1000 times of region increases, is set per user The handling capacity that 10 to 100 times of standby (User Equipment, UE) increases, and connects number of devices 10 to 100 times of growth, the longer cell life that 10 times of low-power equipment, and it is end-to-end The decline of 5 times of delays.

For the angle of application scenarios, 5G will be supported using a unified Technical Architecture Strengthen mobile broadband eMBB (enhanced Mobile broadband) business, magnanimity machine Class mMTC (massive Machine Type Communication) business and it is highly reliable low when Prolong (Ultra Reliable and Low Latency) business.Moreover, needed based on above-mentioned business Ask, relative to existing 4G technologies, some higher performance requirements proposed to 5G systems, Including：

1st, lower chain of command delay：It is transformed into from low power consumpting state (such as Idle states) Start the time 10ms of continuous data transmission state (such as Active states)；

2nd, non-frequently transmitting small data packets delay：When mobile terminal goes to number from low power consumpting state According to transmission state, packet reaches the radio protocol layer 2/3 of mobile terminal in the form of SDU Access point, the time outwards submitted to the SDU from the access point of radio protocol layer 2/3 of network side A less scope might as well be controlled；

3rd, the battery life of mobile device：Support the battery of mobile terminal in the premise not charged Under have life-span of 15 years or so, generally directed to the terminal for supporting MTC service；

4th, the energy consumption efficiency of mobile terminal：Reduce mobile terminal as far as possible in all application scenarios Energy consumption；

5th, the signaling traffic load of non-frequently transmitting small data packets：Reduce non-frequent small data as far as possible During transmission, the next signaling consumption of SOT state of termination transfer zone, including mobile management under connection status Signaling consumption.

Because the class of business for needing to support is more wide in range, performance requirement is higher, so relatively In existing 4G mobile communication technologies, 5G will may require that further improvement and enhancing, even It is to redesign.One of them important aspect is wireless heterogeneous networks (Radio Resource Control) protocol-dependent Design of State, including state are defined and supported with the function of each state.

It can not meet 5G performance and business need for the design method of RRC in correlation technique The problem of asking, effective solution is not yet proposed at present.

The content of the invention

The embodiments of the invention provide a kind of processing method of radio resource control RRC state and Device, at least to solve the performance that the design method of RRC in correlation technique can not meet 5G And the problem of business demand.

According to one embodiment of present invention, there is provided a kind of radio resource control RRC state Processing method, including：When mobile site MS is in RRC connection status, perform with Lower assigned operation：First discharged between the MS and base station BS connects related resource, And retain the related configuration information of first connection；And monitor the paging that the BS is sent Message is to receive from the downlink service data from BS.

Alternatively, methods described also includes：In the MS in the specified area of mobile communications network When being moved between the subregion in domain, target subregion is directly moved to by source subregion, Wherein, the subregion includes one below：Cell, transfer point, transmitting-receiving letter point, wave beam cover Cover area.

Alternatively, it is described target subregion is directly switched to by source subregion to include：Not to described BS notifies mobile behavior, wherein, the mobile behavior refers to the MS directly by source sub-district Domain switches to target subregion.

Alternatively, first between the release MS and base station BS connects related money Source includes at least one of：The radio bearer use related to the described first connection is hung up in release Family face protocol processes entity；The release up and/or downlink dedicated related to the described first connection Physical resource；Delete the up and/or downlink Dedicated Physical resource related to the described first connection Configuration information；Stop receiving the downward special physical channel related to the described first connection；Pause Or the measurement and measurement report transmission that release is related to the described first connection；For supporting wave beam to assign Type technology, discharge the Radio Resource with maintaining wave beam to be directed at correlation.

Alternatively, it is described retain the related configuration information of first connection include it is following at least it One：The configuration information of the radio bearer user plane protocol processing entities related to the described first connection And/or status information；The related measurement of first connection and/or the configuration of measurement report correlation Information；The paging relevant configuration information related to the described first connection；Phase is connected with described first The Non-Access Stratum information of pass.

Alternatively, when meeting one or more following condition, from discontinuous reception DRX Operation is transformed into the assigned operation：Set when DRX is operated and start timer T2 or Counter C2, if until timer T2 or counter C2 time-out, still do not send out Gave birth to the transmission of descending or uplink business data；Triggering DRX behaviour is received when DRX is operated It is transformed into the RRC signaling of the assigned operation；Lose velocity of wave tracking or exit velocity of wave tracking State；Lose uplink synchronous；The signaling instruction from network side is received, the signaling includes：Thing Manage layer signaling, user's plane signaling or rrc layer signaling；Set and start timer T3 or counting Device C3, until timer T3 or counter C3 time-out, still do not occurred it is descending or Person's uplink business data transmits；Wherein, the DRX operations refer to exist according to DRX cycle The scheduling of resource signaling that the BS is sent is monitored in the period of wherein one section activation.

Alternatively, described timer T2, T3 or counter C2, C3 of starting includes：If The transmission of descending or uplink business data occurs, then resets and restart the timer T2, T3, wherein, T2, T3, C2 and C3 carry out timing or counting with time or frame number.

Alternatively, when carrying out continuing to monitor the scheduling of resource signaling manipulation of BS transmissions, according to The RRC signaling triggering received, which is transformed into, performs the assigned operation.

Alternatively, when performing the assigned operation, the paging for receiving downlink data arrival disappears During breath, specified by the recovery process of the connection of random access procedure triggering first, while from described Operation, which is transformed into, to be carried out continuing to monitor the scheduling of resource signaling manipulation that BS is sent, and is received descending Data, wherein, the recovery process will be connected using the reservation and first in whole or in part Connect the configuration information of correlation.

Alternatively, when performing the assigned operation, if having data to be sent to BS, The recovery process of first connection is triggered by random access procedure, while from the specified behaviour It is transformed into and carries out continuing to monitor the scheduling of resource signaling manipulation that BS is sent, and sends data, Wherein, the recovery process will use the first related configuration of the reservation in whole or in part Information.

Alternatively, the sub- state that the MS is in the RRC connection status：Not The sub- states of dormancy Dormant.

Alternatively, the RRC connection status also includes following sub- state：Activate Active State, DRX states.

Alternatively, when the MS is in the sub- states of Active, persistently monitor what BS was sent Scheduling of resource signaling；When the MS is in the DRX states, DRX behaviour is performed Make, wherein, DRX operation refer to according to DRX cycle one section of activation wherein when Between the scheduling of resource signaling that the BS is sent is monitored in section, the scheduling of resource signaling includes： The scheduling of resource signaling for downlink data transmission sent by physical channel.

Alternatively, when the MS is in the sub- states of the Active and DRX states, Establishing has described first between the BS related to the MS and the MS to connect, and protects Deposit the resource allocation information of first connection.

According to one embodiment of present invention, there is provided a kind of radio resource control RRC state Processing method, including：When mobile site MS is in RRC connection status, perform with Lower assigned operation：First discharged between the MS and base station BS connects related resource, And retain the related configuration information of first connection；And beep-page message is sent to the MS To notify MS to receive downlink service data.

Alternatively, first between the release MS and base station BS connects related money Source includes at least one of：Discharge or hang up the related radio bearer user of first connection Face protocol processes entity；Discharge the related up and/or downlink Dedicated Physical of first connection Resource；Delete the related up and/or downlink Dedicated Physical resource distribution letter of first connection Breath；Stop sending the private downlink physical channel related to the described first connection；Pause or release The related measurement of first connection and the reception of measurement report；For supporting beam shaping technology, Discharge the Radio Resource with maintaining wave beam to be directed at correlation.

Alternatively, it is described retain the related configuration information of first connection include it is following at least it One：The configuration information of the related radio bearer user plane protocol processing entities of first connection and / or status information；The related measurement of first connection and/or measurement report it is related match somebody with somebody confidence Breath；The related paging relevant configuration information of first connection；Described first connects the non-of correlation Access Layer information.

Alternatively, the transmission beep-page message includes to the MS：Receive and be sent to MS's Data, then send beep-page message notice MS.

Alternatively, when meeting one or more following condition, by for MS DRX Operation is transformed into the assigned operation：Set when DRX is operated and start timer T2, directly To timer T2 time-out, the transmission of descending or uplink business data did not still occur； Triggering DRX operations are sent to MS be transformed into the assigned operation RRC when DRX operates Signaling；Lost terminal velocity of wave tracks or exited velocity of wave tracking mode；Lost terminal uplink synchronous； Signaling instruction is sent to terminal, the signaling can be physical layer signaling, user's plane signaling or RRC Layer signaling；Set and start timer T3 or counter C3, if until in the timer or Counter time-out, the transmission of descending or uplink business data did not still occur.

Alternatively, the timer T2 or T3 of starting includes：If descending or upper industry It is engaged in data transfer, then resets and restart the timer T2 or T3.

Alternatively, when MS carries out continuing to monitor the scheduling of resource signaling manipulation of BS transmissions, RRC signaling triggering MS, which is sent, to the MS is transformed into the assigned operation.

Alternatively, when MS performs the assigned operation, being sent to the MS has lower line number According to the beep-page message of arrival, connected by the connection of random access procedure triggering first and second extensive Multiple process, while be transformed into from the assigned operation is carried out for the MS according to the MS Up-downgoing data reach situation, operation of the scheduling of resource signaling sent at any time to MS, and Send downlink data；Recovery process will use the first and second of the reservation in whole or in part Related configuration information is connected, wherein second connection is the core net related to the MS Connection between CN and the BS.

Alternatively, when MS performs the assigned operation, random access procedure triggering the is passed through One connection and the recovery process of the second connection, while carry out the specified behaviour from for the MS It is transformed into and reaches situation, the scheduling of resource sent at any time according to the up-downgoing data of the MS Operation of the signaling to MS, and receive data, wherein, the recovery process is by whole or portion Divide using the related configuration information of the first and second connections of the reservation, wherein, described second Connection is the connection between the core net CN related to the MS and the BS.

Alternatively, the RRC connection status also includes following sub- state：Activate Active State, discontinuous reception DRX states.

Alternatively, when the MS is in the sub- states of Active, according to the MS up and down Row data reach situation, and the scheduling of resource signaling sent at any time is to MS；When the MS is in During the DRX states, situation is reached according to the up-downgoing data of the MS, in DRX The scheduling of resource signaling sent in the period of one section of activation in cycle is to MS, the resource Dispatch refers to：The scheduling of resource for downlink data transmission sent by physical channel is believed Order.

Alternatively, when the MS is in the sub- states of the Active and DRX states, Foundation has first connection and the core between the BS related to the MS and the MS The second connection between heart net CN and the BS, and preserve first connection and described the The resource allocation information of two connections.

Alternatively, when the MS is in the sub- states of Dormant, release or retain and institute The related resource of related second connections of MS is stated, but retains the related configuration of the second connection Information.

According to another embodiment of the invention, there is provided a kind of radio resource control RRC shape The processing unit of state, applied to mobile site MS, it is characterised in that including：Release module, For when mobile site MS is in RRC connection status, discharging base station BS and the MS Between connection resource, and retain the resource allocation information of the connection resource；And monitor mould Block, the beep-page message sent for monitoring the BS.

Alternatively, described device also includes：First handover module, for being moved in the MS When being moved between the subregion in the designated area of dynamic communication network, the MS directly by Source subregion switches to target subregion, wherein, the subregion includes one below：Cell, Transfer point, transmitting-receiving letter point.

According to another embodiment of the invention, there is provided a kind of radio resource control RRC shape The processing unit of state, applied to base station, it is characterised in that including：Execution module, for When mobile site MS is in RRC connection status, operation identified below is performed：Described in release First between MS and base station BS connects related resource, and retains the first connection phase The configuration information of pass；And beep-page message that the BS sends is monitored to receive from from BS Downlink service data.

Alternatively, described device also includes：Second handover module, for being moved in the MS When being moved between the subregion in the designated area of dynamic communication network, directly by source subregion Target subregion is moved to, wherein, the subregion includes one below：Cell, transfer point, Transmitting-receiving letter point, beam coverage area.

According to still another embodiment of the invention, a kind of storage medium is additionally provided.The storage is situated between Matter is arranged to the program code that storage is used to perform following steps：It is in mobile site MS During RRC connection status, operation identified below is performed：Discharge between the MS and base station BS The related resource of the first connection, and retain the related configuration information of first connection；And Beep-page message that the BS sends is monitored to receive from the downlink service data from BS.

According to still another embodiment of the invention, another storage medium is additionally provided.The storage Medium is arranged to the program code that storage is used to perform following steps：It is in mobile site MS During RRC connection status, operation identified below is performed：Discharge between the MS and base station BS The related resource of the first connection, and retain the related configuration information of first connection；And Beep-page message is sent to the MS to notify MS to receive downlink service data.

Pass through the present invention, due to being redefined to RRC state, MS releases base station Connection resource between BS and MS, and retain the resource allocation information of connection resource, therefore, Can solve performance and business need that the design method of RRC in correlation technique can not meet 5G The problem of asking, reach the RRC performance for being designed to meet 5G and the effect of business demand.

Brief description of the drawings

Accompanying drawing described herein is used for providing a further understanding of the present invention, forms the application A part, schematic description and description of the invention is used to explain the present invention, not structure Into inappropriate limitation of the present invention.In the accompanying drawings：

Fig. 1 is a kind of framework entity schematic diagram of communication system according to embodiments of the present invention；

Fig. 2 is a kind of processing of radio resource control RRC state according to embodiments of the present invention The flow chart of method；

Fig. 3 is a kind of radio resource control RRC state according to embodiments of the present invention and its turned The principle schematic changed；

Fig. 4 is the place of another radio resource control RRC state according to embodiments of the present invention The flow chart of reason method；

Fig. 5 is that a kind of framework entity of LTE mobile communication system according to embodiments of the present invention shows It is intended to；

Fig. 6 is a kind of Radio Resource control of LTE mobile communication system according to embodiments of the present invention State processed and its principle schematic of conversion；

Fig. 7 is the Radio Resource control according to embodiments of the present invention based on LTE mobile communication system The principle schematic that state processed and its transformation mechanism are modified and strengthened；

Fig. 8 is the Radio Resource control according to embodiments of the present invention based on LTE mobile communication system The principle schematic that state processed and its transformation mechanism are modified and strengthened；

Fig. 9 is a kind of processing dress of radio resource control RRC state according to embodiments of the present invention The structured flowchart put；And

Figure 10 is the place of another radio resource control RRC state according to embodiments of the present invention Manage the structured flowchart of device.

Embodiment

Describe the present invention in detail below with reference to accompanying drawing and in conjunction with the embodiments.Need what is illustrated It is that, in the case where not conflicting, the feature in embodiment and embodiment in the application can phase Mutually combination.

It should be noted that the art in description and claims of this specification and above-mentioned accompanying drawing Language " first ", " second " etc. are for distinguishing similar object, without specific for describing Order or precedence.

Embodiment 1

The processing method for the radio resource control RRC state that the embodiment of the present invention is provided can be with In framework applied to the communication system shown in Fig. 1.As shown in figure 1, the communication system Framework includes 3 logical functional entities, is core net CN (Core Network), base respectively Stand BS (Base Station) and mobile site MS (Mobile Station).Wherein, CN The related function of network side Non-Access Stratum is supported, BS supports the function of network side radio access network, And MS supports reciprocity function corresponding with CN and BS.

Further, by logic interfacing (including various cable networks and can between CN and BS The wireless network of energy) it is connected, referred to as CN-BS connections；By wireless between BS and MS Interface is connected, referred to as BS-MS connections.Specifically, these logical functional entities may be by One or more actual functional capability entity realizes that correspondingly, logic interfacing is by multiple reality Interface is connected.

It should be noted that the application scenarios of the present embodiment are not limited to the above-mentioned communication system enumerated In the framework of system.

A kind of processing method of radio resource control RRC state is provided in the present embodiment, Fig. 2 is a kind of processing method of radio resource control RRC state according to embodiments of the present invention Flow chart, as shown in Fig. 2 the flow comprises the following steps：

Step S202, determine that mobile site MS is in RRC connections (CONNECTED) shape State；

Step S204, discharge first between MS and base station BS and connect related resource, and Retain the related configuration information of the first connection；

Step S206, beep-page message that BS is sent is monitored to receive from the lower industry from BS Business data.

By above-mentioned steps, RRC state is redefined, MS release base station BSs Connection resource between MS, and retain the resource allocation information of connection resource, therefore, can To solve the performance and business demand that the design method of RRC in correlation technique can not meet 5G The problem of, reach the RRC performance for being designed to meet 5G and the effect of business demand.

Alternatively, step S204 and step S206 execution sequence can exchange, you can To first carry out step S206, S204 is then performed again.

It should be noted that step S202 is an optional step, i.e., need not hold every time Row step, it may be predetermined that RRC connection status, when performing every time later, directly hold Row step S204 to step S206.

It should be noted that the executive agent of above-mentioned each step can be MS, but it is not limited to This.

It is alternatively possible to the paging of BS transmissions is monitored by way of discontinuously receiving DRX Message.

In one embodiment of the invention, method also includes：In MS in mobile communications network Designated area in subregion between when moving, target is directly moved to by source subregion Subregion, wherein, subregion includes one below：Cell, transfer point, transmitting-receiving letter point, ripple Beam overlay area.

Alternatively, designated area includes：Access network Route Area RRA.

Specifically, RRA is that the pre-configured multiple cell/transfer points/transmitting-receivings that include of a BS are believed The physically and/or logically region of point, and relevant configuration information is sent to MS.

In one embodiment of the invention, target subregion bag is directly switched to by source subregion Include：The mobile behavior is not notified to BS, wherein, mobile behavior refers to MS directly by source Region switches to target subregion.

The present invention relates to BS to MS functional entitys, it is related to RRC Design of State and related Process Design, it is related to the BS-MS connection related to some MS, CN-BS connections and phase The management function of pass.Connect as shown in figure 3, the RRC of present invention state mainly includes RRC Connect CONNECTED states and RRC free time IDLE states.

As shown in figure 3, in one embodiment of the invention, when MS is in RRC connections During CONNECTED states, RRC connection CONNECTED states not only include dormancy The sub- states of Dormant, in addition to the sub- states of activation Active and discontinuous reception DRX shapes State.

It should be noted that the title of above-mentioned state and sub- state is simply in the embodiment of the present application Description is convenient and defines, and is not changeless because there is Special Significance.

In one embodiment of the invention, when MS is in the Dormant of RRC connection status During sub- state, the BS-MS related to MS connections be deleted, CN-BS connections reservation or Person is deleted, but BS remains many-sided information related to the MS, including with the MS BS-MS connections originally connect all or part of information of correlation with CN-BS.Meanwhile MS monitors the paging for the downlink data arrival that BS is sent according to the DRX configurations of beep-page message (paging) message.

Specifically, the MS under this state (that is, the sub- states of Dormant), if from movement Some cell, transfer point or the transmitting-receiving letter point (cell/TP/TRP) of communication network are moved to separately An outer cell, transfer point or transmitting-receiving letter point, then need not notify BS and the letter of triggering correlation Interaction flow is ceased, to reach the purpose that target subregion is directly switched to by source subregion, unless Mobile front and rear cell, transfer point or transmitting-receiving letter point belong to different access network Route Areas RRA (RAN Route Area), wherein, and relevant configuration information is sent to MS.

In one embodiment of the invention, the first connection between MS and base station BS is discharged Related resource includes at least one of：

1st, discharge or hang up the radio bearer user plane protocol processing entities related to the first connection.

Release/hang-up first connects the radio bearer user plane protocol processing entities of correlation, such as LTE Corresponding to Signaling Radio Bearer SRB1, SRB2 and all business radio bearer RB in system The protocol processes of wireless spread-spectrum technology (RLC) and PDCP (PDCP) are real Body.

2nd, the up and/or downlink Dedicated Physical resource related to the first connection is discharged.

The up and/or downlink dedicated of the connection of release first related (that is, the first connection is related) Physical resource, such as up sounding signals (SRS signal) resource in LTE system and Ascending physical signal control channel (PUCCH) resource.

3rd, the up and/or downlink Dedicated Physical resource allocation information related to the first connection is deleted.

The related up and/or downlink Dedicated Physical resource allocation information of the first connection is deleted, such as Uplink SRS signal resource and PUCCH channel resources in LTE system.

4th, stop receiving the downward special physical channel related to the first connection.

5th, suspend or discharge the measurement related to the first connection and measurement report transmission.

Specifically, pause/release first connects the measurement of correlation and/or measurement report is sent, such as The measurement configured in LTE system in the measurement control message of RRC information and/or measurement report.

6th, for supporting beam shaping technology, the wireless money with maintaining wave beam to be directed at correlation is discharged Source.

System for supporting beam shaping (beam-forming) technology, in DRX shapes State keeps up-downlink direction (wave beam alignment) beam alignment, now, even if not counting According to needing to send, MS and BS still need according to certain time interval transmission reference signal. But in the sub- states of dormant, no longer holding up-downlink direction beam alignment, so that The release Radio Resource related to beam alignment, and it is related to BS-MS connections The related resource of other wireless access networks.

In one embodiment of the invention, retain the related configuration information of the first connection and include with It is at least one lower：

1st, the configuration information of the radio bearer user plane protocol processing entities related to the first connection And/or status information.

The configuration information and/or state of the related radio bearer user plane protocol entity of first connection Information, as the Signaling Radio Bearer SRB1, SRB2 in LTE system and all business are wireless RLC and PDCP protocol processes entity corresponding to RB is carried in terms of QoS and encryption and decryption Configuration information and/or status information.

2nd, the configuration information of the related measurement of the first connection and/or measurement report correlation.

The related measurement of first connection and/or the configuration information of measurement report correlation, such as LTE systems The measurement object configured in measurement control message in system in RRC information, measurement amount and measurement Report.

3rd, the paging relevant configuration information related to the first connection.

The related paging relevant configuration information of first connection, such as paging cycle phase in LTE system The configuration information of pass.

4th, the Non-Access Stratum information related to the first connection.

In addition, the resource of CN-BS connections correlation can also discharge or retain, but CN-BS The related configuration information of connection is retained, such as S1 interfaces UE in LTE and SAE systems Related security information, carrying information (such as TEID (Tunnel Endpoint ID), IP Location.

In one embodiment of the invention, when meeting one or more following condition, from Discontinuous reception DRX operations are transformed into assigned operation：

Condition one：Set when DRX is operated and start timer T2 or counter C2, directly If to timer T2 or counter C2 time-out, still do not occurred it is descending or Uplink business data transmits.

Condition two：Triggering DRX operations are received when DRX is operated and are transformed into assigned operation RRC signaling.

Condition three：Lose velocity of wave tracking or exit velocity of wave tracking mode.

Condition four：Lose uplink synchronous.

Condition five：The signaling instruction from network side is received, the signaling includes：Physical layer signaling, User's plane signaling or rrc layer signaling.

Condition six：Set and start timer T3 or counter C3, until timer T3 Or counter C3 time-out, the transmission of descending or uplink business data did not still occur.

Wherein, DRX operations referred in the period according to DRX cycle activation at wherein one section Monitor the scheduling of resource signaling that BS is sent.

In one embodiment of the invention, timer T2 or T3, or counter C2 are started Or C3 includes：If the transmission of descending or uplink business data occurs, reset and open again Dynamic timer T2 or T3, or counter C2 or C3, wherein, T2, T3, C2 and C3 Timing or counting are carried out with time or frame number.

It should be noted that T2 and T3 can carry out timing in a manner of time or frame number, C2 and C3 can be counted in a manner of time or frame number.

In one embodiment of the invention, when the scheduling of resource for continue monitoring BS transmissions During signaling manipulation, execution assigned operation is transformed into according to the RRC signaling triggering received.

In one embodiment of the invention, when performing assigned operation, downlink data is received During the beep-page message of arrival, the recovery process of the first connection is triggered by random access procedure, together When be transformed into from assigned operation carry out continue monitor BS send scheduling of resource signaling manipulation, and Downlink data is received, wherein, recovery process uses retain and the first company by all or part of Connect the configuration information of correlation.

Specifically, data receiver refers to have downlink data to be sent to MS.In dormant Under state, whether MS has downlink data arrival by receiving beep-page message to monitor；If receive To the beep-page message reached with downlink data, MS initiates BS-MS by random access procedure Connect recovery process, while from the sub- State Transferrings of dormant to the sub- states of active and receive under Row data；The BS-MS and CN-BS that recovery process can use above-mentioned reservation connect matching somebody with somebody for correlation Confidence ceases, to accelerate recovery process.

In one embodiment of the invention, when performing assigned operation, if having data to send out BS is sent to, then by the recovery process of the connection of random access procedure triggering first, while from finger Fixed operation, which is transformed into, to be carried out continuing to monitor the scheduling of resource signaling manipulation that BS is sent, and sends number According to, wherein, recovery process uses the retain first related configuration information by all or part of.

Specifically, data, which are sent, refers to that MS has data to be sent to BS.In dormant shapes Under state, MS by random access procedure initiate BS-MS connection recovery processs, while from The sub- State Transferrings of dormant are to the sub- states of active and send data.Recovery process can be used The BS-MS and CN-BS for stating reservation connect the configuration information of correlation, to accelerate recovery process.

In one embodiment of the invention, when MS is in the sub- states of Active, lasting prison The scheduling of resource signaling for listening BS to send；When MS is in DRX states, DRX is performed Operation, wherein, DRX operations refer to the period according to DRX cycle one section of activation wherein The scheduling of resource signaling that interior monitoring BS is sent, scheduling of resource signaling include：Pass through physical channel The scheduling of resource signaling for downlink data transmission sent.

Wherein, it is descending in order to receive to essentially consist in MS for the difference of Active and DRX states And/or upstream data and monitor the behavior of MS scheduling of resource；Under the sub- states of Active, MS The continuous scheduling of resource signaling monitored BS and sent；And under DRX states, MS performs DRX Operation, i.e. MS monitor BS in the period according to DRX cycle activation at wherein one section and sent out The scheduling of resource signaling sent, the scheduling of resource signaling refer in particular to what is sent by physical channel Scheduling of resource signaling for downlink data transmission.

In one embodiment of the invention, when MS is in the sub- states of Active and DRX During state, the first connection having between the BS and MS related to MS, and preservation the are established The resource allocation information of one connection.

When some MS is in the sub- states of Active of RRC connection CONNECTED states During with DRX states, the BS-MS related to MS connections, CN-BS connections are built Vertical and maintain, BS is established and is maintained the many-side information related to the MS, including with this MS BS-MS connections connect the information of correlation with CN-BS.

When some MS is in RRC free time IDLE states, the not no MS of BS any letter Breath, is also not present the BS-MS connection and CN-BS connection related to the MS.

According to embodiments of the present invention, a kind of place of radio resource control RRC state is additionally provided Reason method.Fig. 4 is another radio resource control RRC state according to embodiments of the present invention Processing method flow chart, as shown in figure 4, this method comprises the following steps：

Step S402, determine that mobile site MS is in RRC connection status；

Step S404, discharge first between MS and base station BS and connect related resource, and Retain the related configuration information of the first connection；

Step S406, beep-page message is sent to MS to notify MS to receive downlink service data.

Alternatively, step S404 and step S406 execution sequence can exchange, you can To first carry out step S406, S404 is then performed again.

It should be noted that step S402 is an optional step, i.e., need not hold every time Row step, it may be predetermined that RRC connection status, when performing every time later, directly hold Row step S404 to step S406.

It is alternatively possible to beep-page message is sent by way of discontinuous transmitting DTX.

In one embodiment of the invention, the first connection between MS and base station BS is discharged Related resource includes at least one of：The related radio bearer of the first connection is hung up in release User plane protocol processing entities；The related up and/or downlink Dedicated Physical of the connection of release first Resource；Delete the related up and/or downlink Dedicated Physical resource allocation information of the first connection； Stop sending the private downlink physical channel related to the first connection；Pause or the connection of release first Related measurement and the reception of measurement report；For supporting beam shaping technology, release and maintenance The related Radio Resource of wave beam alignment.

In one embodiment of the invention, retain the related configuration information of the first connection and include with It is at least one lower：The related radio bearer user plane protocol processing entities of first connection match somebody with somebody confidence Breath and/or status information；The related measurement of first connection and/or measurement report it is related match somebody with somebody confidence Breath；The related paging relevant configuration information of first connection；The related Non-Access Stratum letter of first connection Breath.

In one embodiment of the invention, the beep-page message of transmission includes to MS：Receive hair MS data are given, then send beep-page message notice MS.

In one embodiment of the invention, will when meeting one or more following condition DRX operations for MS are transformed into assigned operation：Set and start when DRX is operated Timer T2 or counter C2, until timer T2 or counter C2 time-out, still The transmission of descending or uplink business data did not occur；Sent when DRX operates to MS Triggering DRX operations are transformed into assigned operation RRC signaling；Lost terminal velocity of wave is tracked or exited Velocity of wave tracking mode；Lost terminal uplink synchronous；Signaling instruction is sent to terminal, the signaling can Think physical layer signaling, user's plane signaling or rrc layer signaling；Set and start timer T3 Or counter C3, if until the timer or counter time-out, still do not occurred The transmission of descending or uplink business data.

In one embodiment of the invention, timer T2 or T3, or counter are started C2 or C3 include：If the transmission of descending or uplink business data occurs, reset and again Start timer T2 or T3, or counter C2 or C3.

In one embodiment of the invention, when MS carries out continuing the resource for monitoring BS transmissions When dispatch operates, send RRC signaling triggering MS to MS and be transformed into assigned operation.

In one embodiment of the invention, when MS performs assigned operation, sent to MS There is the beep-page message that downlink data reaches, pass through the connection of random access procedure triggering first and second The recovery process of connection, while be transformed into from assigned operation is carried out for MS according to the upper of MS Downlink data reaches situation, operation of the scheduling of resource signaling sent at any time to MS, and sends Downlink data；Recovery process will be all or part of related using the retain first and second connections Configuration information, wherein the second connection is between the core net CN and BS related to MS Connection.

In one embodiment of the invention, when MS performs assigned operation, by connecing at random Enter the recovery process of the connection of process triggering first and the second connection, while referred to from for MS Fixed operation is transformed into reaches situation, the scheduling of resource sent at any time according to MS up-downgoing data Operation of the signaling to MS, and data are received, wherein, recovery process will make in whole or in part With the related configuration information of the first and second of reservation the connections, wherein, the second connection is and MS Connection between related core net CN and BS

In one embodiment of the invention, when MS is in the sub- states of Active, according to MS up-downgoing data reach situation, and the scheduling of resource signaling sent at any time is to MS；Work as MS During in DRX states, situation is reached according to MS up-downgoing data, at DRX weeks The scheduling of resource signaling sent in the period of one section of interim activation is to MS, scheduling of resource letter Order refers to：The scheduling of resource signaling for downlink data transmission sent by physical channel.

In one embodiment of the invention, when MS is in the sub- states of Active and DRX During state, the first connection and the core net having between the BS and MS related to MS are established The second connection between CN and BS, and preserve the resource distribution of the first connection and the second connection Information.

In one embodiment of the invention, when MS is in the sub- states of Dormant, release Or retain the related resource of related to MS the second connection, but retain second and connect correlation Configuration information.

Referring to Fig. 3, typically for some MS, RRC in MS and BS synchronous maintenances State and State Transferring, for MS angle, above-mentioned RRC state and RRC State Transferring between CONNECTED state includes but is not limited to some following and touched Clockwork spring part and mode：

RRC IDLE states are by connecting foundation/release process (connection Establishment/release) into/out connection RRC CONNECTED states, The link of work(, which is established process and can triggered from RRC IDLE states, is transformed into RRC CONNECT State；Conversely, successfully Connection Release process can be triggered from RRC CONNECT states turn Change to RRC IDLE states.

Following operation may be triggered from the sub- State Transferrings of Active to DRX states, data Reception or transmission can be triggered from DRX State Transferrings to the sub- states of Active：

Timer expiry：Set in the sub- states of Active and start timer T1, if Before the timer expiry, descending or transmitting uplink data did not still occur, then MS from The sub- State Transferrings of ACTIVE are to DRX states, in this case, under DRX states Relevant configured parameter be sent to MS in RRC signaling before this.

RRC orders：BS can also pass through RRC according to information such as the characteristics of MS business Signaling directly triggers MS from the sub- State Transferrings of Active to DRX states, at this point it is possible to Relevant configured parameter under DRX states is sent to by MS by the RRC signaling.

Following operation may be triggered from DRX State Transferrings to the sub- states of Dormant：

Timer expiry (timer expire)：Set in DRX states and start timer T2 or counter C2, if before the timer expiry, still do not occurred it is descending or Transmitting uplink data, then MS is from DRX State Transferrings to the sub- states of Dormant；At this In the case of kind, the relevant configured parameter under the sub- states of Dormant is in RRC letters before this MS is sent in order.

RRC orders (RRC command)：MS triggers according to the RRC signaling received MS is from DRX State Transferrings to the sub- states of Dormant, at this point it is possible to pass through the RRC Relevant configured parameter under the sub- states of Dormant is sent to MS by signaling.It should be noted that： BS can trigger MS from DRX according to information such as the characteristics of MS business by RRC signaling Sub- State Transferring is to the sub- states of Dormant.

Lose velocity of wave tracking or exit velocity of wave tracking mode.

Lose uplink synchronous.

RRC orders (RRC command) can trigger from the sub- State Transferrings of Active to The sub- states of Dormant：

MS according to the RRC signaling that receives trigger MS from the sub- State Transferrings of Active to The sub- states of Dormant, at this point it is possible to by the RRC signaling by under the sub- states of Dormant Relevant configured parameter be sent to MS.It should be noted that：BS can be according to MS business The information such as characteristic, MS is triggered from DRX State Transferrings to Dormant by RRC signaling Sub- state.

Data receiver or transmission can be triggered from the sub- State Transferrings of Dormant to the sub- shapes of Active State；

Fig. 5 is a kind of framework entity of LTE mobile communication system according to embodiments of the present invention Schematic diagram.Referring to Fig. 5, the embodiment of the present invention is carried below based on LTE mobile communication system The processing method of the radio resource control RRC state of confession is described in further detail.

As shown in figure 5, in LTE mobile communication system, core net CN includes mobile management Two functional entitys of entity MME and SGW SGW, BS correspondingly strengthen mobile broadband ENB functional entitys, MS relative user equipment UE functional entitys.Wherein, eNB and MME It is connected respectively by S1-C interfaces with S1-U interface with SGW, eNB and UE pass through Uu Interface is connected.The Uu interface connection related to UE is responsible for by eNB, the S1-C related to UE Interface is connected with S1-U interface by eNB and MME management.

RRC state and its conversion in LTE mobile communication system, the sub- states of Active are (even It is continuous to monitor PDCCH channels) and DRX states (discontinuous to monitor PDCCH channels) And its conversion as shown in fig. 6, may be referred to newest 3GPP standard criterions in detail：3GPP TS 36.331V13.1.0 (2016-03) and 3GPP TS 36.321V13.1.0 (2016-03).

As stated in the Background Art, because the class of business of 5G supports is more wide in range, performance will Ask higher, in order to meet these demands well, a kind of possible implementation method is based on above-mentioned The Design of State of LTE mobile communication system is modified and strengthened.

In one embodiment of the invention, compare Fig. 3 and Fig. 6, and consider above-mentioned on figure 3 Design of State, modification and enhancing Long DRX states are the sub- states of Dormant, are such as schemed Shown in 7, and support following function：

1st, the related resource of Uu interfaces connection is discharged, but Uu interfaces connection correlation is complete Portion or part configuration information are retained in eNB and UE.

2nd, beep-page message that is close or being equal under RRC IDLE states is configured for UE DRX configuration informations, UE monitor beep-page message to receive MT (Mobile Terminated) Business.

3rd, the related RAN Route Areas RRA of RAN, including one or more are configured for UE Cell, when UE is moved multiple minizones in RRA, without notifying eNB, if moved Move beyond RRA, it is necessary to notify eNB by related procedure (such as cell update flow).

4th, correspondingly, from short DRX State Transferrings to the triggering of the sub- states of Dormant The MAC CE command of one of condition are changed to RRC command；Increase passes through simultaneously RRC command trigger the mechanism from the sub- State Transferrings of Active to the sub- states of Dormant.

Because the sub- states of Dormant are the sub- states of RRC CONNECTED states, so The resource of S1-C interfaces and/or S1-U interface connection correlation is retained, in order to more save Resource, it can also discharge, nevertheless, S1-C interfaces connect correlation with S1-U interface All or part of configuration information is retained in MME and eNB；Simultaneously in MME and UE, safety-related configuration information is retained in MME and UE with UE.

In one embodiment of the invention, compare Fig. 3 and Fig. 6, and consider above-mentioned on figure 3 Design of State, increase a sub- state of Dormant, as shown in figure 8, and supporting as follows Function：

1st, the related resource of Uu interfaces connection is discharged, but Uu interfaces connection correlation is complete Portion or part configuration information are retained in eNB and UE；

2nd, beep-page message that is close or being equal under RRC IDLE states is configured for UE DRX configuration informations, UE monitor beep-page message to receive MT (Mobile Terminated) Business；

3rd, the related RAN Route Areas RRA of RAN, including one or more are configured for UE Cell, when UE is moved multiple minizones in RRA, without notifying eNB, if moved Move beyond RRA, it is necessary to notify eNB by related procedure (such as cell update flow)；

4th, correspondingly, increase by timer expire and/or RRC command triggering from DRX (including short DRX and long DRX) sub- State Transferring is to the sub- states of Dormant Mechanism；Simultaneously increase by RRC command triggering from the sub- State Transferrings of Active to The mechanism of the sub- states of dormant, and data receiver or send triggering from Dormant Mechanism of the State Transferring to the sub- states of Active.

Because the sub- states of Dormant are the sub- states of RRC CONNECTED states, so S1-C The resource of interface and/or S1-U interface connection correlation is retained, in order to more save resource, Can also discharge, nevertheless, S1-C interfaces connected with S1-U interface correlation whole or Person part configuration information is retained in MME and eNB；Simultaneously in MME and UE, with Configuration information safety-related UE is retained in MME and UE.

Through the above description of the embodiments, those skilled in the art can be understood that The mode of general hardware platform necessary to can add to the method according to above-described embodiment by software To realize, naturally it is also possible to which by hardware, but the former is more preferably embodiment in many cases. Based on such understanding, technical scheme substantially makes tribute to prior art in other words The part offered can be embodied in the form of software product, and the computer software product is stored in In one storage medium (such as ROM/RAM, magnetic disc, CD), including some instructions to A so that station terminal equipment (can be mobile phone, computer, server, or network equipment etc.) Perform the method described in each embodiment of the present invention.

Embodiment 2

A kind of processing unit of radio resource control RRC state is additionally provided in the present embodiment, The device is applied to mobile site MS, and the device is used to realize above-described embodiment and be preferable to carry out Mode, repeating no more for explanation was carried out.As used below, term " module " The combination of the software and/or hardware of predetermined function can be realized.Although described by following examples Device preferably realized with software, but hardware, or the reality of the combination of software and hardware Now and may and it be contemplated.

Fig. 9 is a kind of processing of radio resource control RRC state according to embodiments of the present invention The structured flowchart of device, as shown in figure 9, the device includes：

Determining module 92, for determining that mobile site MS is in RRC connections (CONNECTED) state；

Release module 94, the money related for discharging the first connection between MS and base station BS Source, and retain the related configuration information of the first connection；

Monitor module 96, be connected with above-mentioned release module, monitor BS transmission beep-page message with Receive from the downlink service data from BS.

By said apparatus, RRC state is redefined, MS release base station BSs Connection resource between MS, and retain the resource allocation information of connection resource, therefore, can To solve the performance and business demand that the design method of RRC in correlation technique can not meet 5G The problem of, reach the RRC performance for being designed to meet 5G and the effect of business demand.

Alternatively, the calling order of release module 94 and monitoring module 96 can exchange, It can first call and monitor module 96, then recall release module 94.

It should be noted that determining module 92 is an optional module, i.e., need not be equal every time Call the module, it may be predetermined that RRC connection status, when performing every time later, directly Release module 94 is called to monitoring module 96.

In one embodiment of the invention, device also includes：First handover module, for When MS is moved between the subregion in the designated area of mobile communications network, MS is straight Connect and target subregion is switched to by source subregion, wherein, subregion includes one below：Cell, Transfer point, transmitting-receiving letter point.

A kind of processing unit of radio resource control RRC state is additionally provided in the present embodiment, The device is applied to base station.Figure 10 is another Radio Resource control according to embodiments of the present invention The structured flowchart of the processing unit of RRC state processed, as shown in Figure 10, the device include：

Determining module 102, for determining that mobile site MS is in RRC connection status.

Execution module 104, for discharging the first connection phase between the MS and base station BS The resource of pass, and retain the related configuration information of first connection；And monitor the BS The beep-page message of transmission is to receive from the downlink service data from BS.

By above-mentioned module, RRC state is redefined, MS release base station BSs Connection resource between MS, and retain the resource allocation information of connection resource, therefore, can To solve the performance and business demand that the design method of RRC in correlation technique can not meet 5G The problem of, reach the RRC performance for being designed to meet 5G and the effect of business demand.

It should be noted that determining module 102 is an optional step, i.e., need not be equal every time Call the module, it may be predetermined that RRC connection status, when calling every time later, directly Call execution module 104.

In one embodiment of the invention, device also includes：Second handover module, for When MS is moved between the subregion in the designated area of mobile communications network, directly by Source subregion is moved to target subregion, wherein, subregion includes one below：Cell, biography Defeated point, transmitting-receiving letter point, beam coverage area.

Embodiment 3

According to still another embodiment of the invention, another storage medium is additionally provided.The storage Medium is arranged to the program code that storage is used to perform following steps：It is in mobile site MS During RRC connection status, operation identified below is performed：Discharge between the MS and base station BS The related resource of the first connection, and retain the related configuration information of first connection；And Beep-page message that the BS sends is monitored to receive from the downlink service data from BS.

Obviously, those skilled in the art should be understood that above-mentioned each module of the invention or each Step can realize that they can concentrate on single computing device with general computing device On, or be distributed on the network that multiple computing devices are formed, alternatively, they can be used The executable program code of computing device is realized, it is thus possible to be stored in storage dress Performed in putting by computing device, and in some cases, can be with suitable different from herein Sequence performs shown or described step, or they are fabricated to each integrated circuit die respectively Block, or the multiple modules or step in them are fabricated to single integrated circuit module to realize. So, the present invention is not restricted to any specific hardware and software combination.

The preferred embodiments of the present invention are the foregoing is only, are not intended to limit the invention, For those skilled in the art, the present invention can have various modifications and variations.It is all this Within the spirit and principle of invention, any modification, equivalent substitution and improvements made etc. all should Within protection scope of the present invention.

Claims

A kind of 1. processing method of radio resource control RRC state, it is characterised in that Including：

When mobile site MS is in RRC connection status, operation identified below is performed： Discharge first between the MS and base station BS and connect related resource, and described in reservation The related configuration information of first connection；And beep-page message that the BS sends is monitored to connect Receive from the downlink service data from BS.
2. according to the method for claim 1, it is characterised in that methods described is also Including：

Carried out between subregion in designated areas of the MS in mobile communications network When mobile, target subregion is directly moved to by source subregion, wherein, the subregion Including one below：Cell, transfer point, transmitting-receiving letter point, beam coverage area.
3. according to the method for claim 2, it is characterised in that it is described directly by Source subregion, which switches to target subregion, to be included：Mobile behavior is not notified to the BS, Wherein, the mobile behavior refers to that the MS directly switches to target by source subregion Region.
4. according to the method for claim 1, it is characterised in that the release institute Stating the related resource of the between MS and base station BS first connection includes at least one of：

Release is hung up at the radio bearer user plane protocol related to the described first connection Manage entity；

The release up and/or downlink Dedicated Physical resource related to the described first connection；

The up and/or downlink Dedicated Physical resource related to the described first connection is deleted to match somebody with somebody Confidence ceases；

Stop receiving the downward special physical channel related to the described first connection；

Pause discharges the measurement related to the described first connection and measurement report transmission；

For supporting beam shaping technology, the wireless money with maintaining wave beam to be directed at correlation is discharged Source.
5. according to the method for claim 1, it is characterised in that the reservation institute Stating the related configuration information of the first connection includes at least one of：

The radio bearer user plane protocol processing entities related to the described first connection are matched somebody with somebody Confidence ceases and/or status information；

The related measurement of first connection and/or the configuration information of measurement report correlation；

The paging relevant configuration information related to the described first connection；

The Non-Access Stratum information related to the described first connection.
6. method according to any one of claim 1 to 5, it is characterised in that When meeting one or more following condition, operate and change from discontinuous reception DRX To the assigned operation：

Set when DRX is operated and start timer T2 or counter C2, if until In timer T2 or counter C2 time-out, still do not occurred descending or up Business data transmission；

The RRC that triggering DRX operations are transformed into the assigned operation is received when DRX is operated Signaling；

Lose velocity of wave tracking or exit velocity of wave tracking mode；

Lose uplink synchronous；

The signaling instruction from network side is received, the signaling includes：Physical layer signaling, use Family plane signaling or rrc layer signaling；

Set and start timer T3 or counter C3, until timer T3 or meter Number device C3 time-out, did not still occur the transmission of descending or uplink business data；

Wherein, DRX operation refers to according to DRX cycle one section of activation wherein The scheduling of resource signaling that the BS is sent is monitored in period.
7. method according to claim 6, it is characterised in that the startup timer T2 or T3 or counter C2 or C3 include：If descending or uplink business data passes Defeated generation, then reset and restart the timer T2 or T3, or counter C2 Or C3, wherein, T2, T3, C2 and C3 carry out timing or counting with time or frame number.
8. method according to any one of claim 1 to 5, it is characterised in that When carrying out continuing to monitor the scheduling of resource signaling manipulation of BS transmissions, according to the RRC received Signaling triggering, which is transformed into, performs the assigned operation.
9. method according to any one of claim 1 to 5, it is characterised in that When performing the assigned operation, when receiving the beep-page message of downlink data arrival, lead to The recovery process of the connection of random access procedure triggering first is crossed, while from the assigned operation It is transformed into and carries out continuing to monitor the scheduling of resource signaling manipulation that BS is sent, and receives descending Data, wherein, the recovery process uses retain and the first company by all or part of Connect the configuration information of correlation.
10. method according to any one of claim 1 to 5, it is characterised in that When performing the assigned operation, if having data to be sent to BS, by random The recovery process of access procedure triggering first connection, while turn from the assigned operation Change to and carry out continuing to monitor the scheduling of resource signaling manipulation that BS is sent, and send data, Wherein, the recovery process uses the retain first related configuration by all or part of Information.
11. method according to any one of claim 1 to 5, it is characterised in that The sub- state that the MS is in the RRC connection status：Dormancy Dormant Sub- state.
12. according to the method for claim 11, it is characterised in that the RRC Connection status also includes following sub- state：Activate the sub- states of Active, DRX states.
13. according to the method for claim 12, it is characterised in that

When the MS is in the sub- states of Active, the resource that BS is sent persistently is monitored Dispatch；

When the MS is in the DRX states, DRX operations are performed, wherein, The DRX operations refer to supervise in the period according to DRX cycle activation at wherein one section The scheduling of resource signaling for listening the BS to send, the scheduling of resource signaling include：Pass through The scheduling of resource signaling for downlink data transmission that physical channel is sent.
14. according to the method for claim 12, it is characterised in that

When the MS is in the sub- states of the Active and DRX states, foundation has First connection between the BS related to the MS and the MS, and preserve institute State the resource allocation information of the first connection.
A kind of 15. processing method of radio resource control RRC state, it is characterised in that Including：

When mobile site MS is in RRC connection status, operation identified below is performed： Discharge first between the MS and base station BS and connect related resource, and described in reservation The related configuration information of first connection；And beep-page message is sent to the MS to notify MS receives downlink service data.
16. according to the method for claim 15, it is characterised in that the release First between the MS and base station BS, which connects related resource, includes at least one of：

Discharge or hang up the related radio bearer user plane protocol processing of first connection in fact Body；

Discharge the related up and/or downlink Dedicated Physical resource of first connection；

Delete the related up and/or downlink Dedicated Physical resource distribution letter of first connection Breath；

Stop sending the private downlink physical channel related to the described first connection；

Suspend or discharge the related measurement of first connection and the reception of measurement report；

For supporting beam shaping technology, the wireless money with maintaining wave beam to be directed at correlation is discharged Source.
17. according to the method for claim 16, it is characterised in that the reservation The related configuration information of first connection includes at least one of：

The related radio bearer user plane protocol processing entities of first connection match somebody with somebody confidence Breath and/or status information；

The related measurement of first connection and/or the configuration information of measurement report correlation；

The related paging relevant configuration information of first connection；

The related Non-Access Stratum information of first connection.
18. according to the method for claim 16, it is characterised in that the transmission Beep-page message includes to the MS：The data for being sent to MS are received, then sends and seeks Exhale message informing MS.
19. the method according to any one of claim 15 to 18, its feature exists In when meeting one or more following condition, by the DRX operations turn for MS Change to the assigned operation：

Set when DRX is operated and start timer T2 or counter C2, until this is fixed When device T2 or counter C2 time-out, descending or uplink service number did not still occur According to transmission；

Triggering DRX operations are sent to MS be transformed into the specified behaviour when DRX operates Make RRC signaling；

Lost terminal velocity of wave tracks or exited velocity of wave tracking mode；

Lost terminal uplink synchronous；

Signaling instruction is sent to terminal, the signaling can be physical layer signaling, user plane letter Order or rrc layer signaling；

Set and start timer T3 or counter C3, if until in timer T3 Or counter C3 time-out, the transmission of descending or uplink business data did not still occur.
20. according to the method for claim 19, it is characterised in that the startup Timer T2 or T3, or counter C2 or C3 include：It is if descending or up Business data transmission occurs, then resets and restart the timer T2 or T3, or Counter C2 or C3.
21. according to the method for claim 15, it is characterised in that when MS enters When row persistently monitors the scheduling of resource signaling manipulation that BS is sent, RRC is sent to the MS Signaling triggering MS is transformed into the assigned operation.
22. according to the method for claim 15, it is characterised in that when MS is held During the row assigned operation, the beep-page message for having downlink data to reach is sent to the MS, By the recovery process of the connection of random access procedure triggering first and the second connection, while from The line number up and down according to the MS is transformed into for the MS progress assigned operation According to reach situation, operation of the scheduling of resource signaling sent at any time to MS, and send under Row data；Recovery process uses the retain first and second connection phases by all or part of The configuration information of pass, wherein second connection is the core net CN related to the MS With the connection between the BS.
23. according to the method for claim 15, it is characterised in that when MS is held During the row assigned operation, pass through the connection of random access procedure triggering first and the second connection Recovery process, while be transformed into basis from the assigned operation is carried out for the MS The up-downgoing data of the MS reach situation, the scheduling of resource signaling sent at any time to MS operation, and data are received, wherein, the recovery process will be all or part of Using the related configuration information of the first and second connections of reservation, wherein, described second connects It is connection between the core net CN related to the MS and the BS to connect.
24. the method according to any one of claim 15 to 18, its feature exists In the sub- state that the MS is in the RRC connection status：Dormancy The sub- states of Dormant.
25. according to the method for claim 24, it is characterised in that the RRC Connection status also includes following sub- state：Activate the sub- states of Active, discontinuous reception DRX states.
26. according to the method for claim 25, it is characterised in that

When the MS is in the sub- states of Active, according to the line number up and down of the MS According to the situation of arrival, the scheduling of resource signaling sent at any time is to MS；

When the MS is in the DRX states, according to the up-downgoing of the MS Data reach situation, the money sent in the period of one section of activation in DRX cycle Source dispatch refers to MS, the scheduling of resource signaling：Sent by physical channel The scheduling of resource signaling for downlink data transmission.
27. according to the method for claim 25, it is characterised in that

When the MS is in the sub- states of the Active and DRX states, foundation has First connection and core net between the BS related to the MS and the MS The second connection between CN and the BS, and preserve first connection and described second The resource allocation information of connection.
28. according to the method for claim 24, it is characterised in that as the MS When being in the sub- states of Dormant, release or retain second company related to the MS The resource of correlation is connect, but retains the related configuration information of second connection.
A kind of 29. processing unit of radio resource control RRC state, applied to movement station Point MS, it is characterised in that including：

Release module, for when mobile site MS is in RRC connection status, discharging Connection resource between base station BS and the MS, and retain the resource of the connection resource Configuration information；And

Module is monitored, the beep-page message sent for monitoring the BS.
30. device according to claim 29, it is characterised in that described device Also include：

First handover module, for the MS mobile communications network designated area In subregion between when moving, the MS directly switches to mesh by source subregion Subregion is marked, wherein, the subregion includes one below：Cell, transfer point, receipts Transmit a little.
31. a kind of processing unit of radio resource control RRC state, applied to base station, It is characterised in that it includes：

Execution module, for when mobile site MS is in RRC connection status, performing Operation identified below：First discharged between the MS and base station BS connects related money Source, and retain the related configuration information of first connection；And monitor the BS and send Beep-page message to receive from the downlink service data from BS.
32. device according to claim 31, it is characterised in that described device Also include：

Second handover module, for the MS mobile communications network designated area In subregion between when moving, target subregion is directly moved to by source subregion, Wherein, the subregion includes one below：Cell, transfer point, transmitting-receiving letter point, ripple Beam overlay area.