CN101568141A - Method for controlling information sending and communication equipment - Google Patents
Method for controlling information sending and communication equipment Download PDFInfo
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- CN101568141A CN101568141A CNA2008101050799A CN200810105079A CN101568141A CN 101568141 A CN101568141 A CN 101568141A CN A2008101050799 A CNA2008101050799 A CN A2008101050799A CN 200810105079 A CN200810105079 A CN 200810105079A CN 101568141 A CN101568141 A CN 101568141A
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- H04W36/00—Hand-off or reselection arrangements
- H04W36/02—Buffering or recovering information during reselection ; Modification of the traffic flow during hand-off
Abstract
The embodiment of the invention provides a method for controlling information sending, which comprises the following steps that: A, a terminal sends a cell reselection indication showing that the terminal needs to perform cell reselection to a network side; and B, after receiving the cell reselection indication, the network side pauses issuing information to the terminal before the terminal gets into a target cell. The embodiment of the invention also provides a base station and a wireless network controller. The technical proposal provided by the invention allows the network side to know in time that the terminal needs to perform the cell reselection, thus the network side can be controlled to stop transmitting information to the terminal so as to avoid resource waste caused by transmitted information.
Description
Technical field
The present invention relates to the mobile communication technology field, relate in particular to control method and communication equipment that a kind of information sends.
Background technology
Be in as the terminal under cell forward access channel (CELL_FACH) or the cell paging channel busy patterns such as (CELL_PCH); usually can measure the receiving code power level (RSCP) of Serving cell and adjacent cell Primary Common Control Physical Channel (PCCPCH) separately in real time; if measurement result satisfies the accurate side of sub-district gravity treatment, then end side can independently be carried out the sub-district gravity treatment.The sub-district reselection criterion in default duration, all is higher than the RSCP of Serving cell PCCPCH as, the RSCP of adjacent cell PCCPCH.
Because terminal reselects to the sub-district gravity treatment in the initiation sub-district and finishes in this period, be difficult to receive handle that network side issues as information such as downlink data or signalings, therefore, if network side photos and sending messages under terminal during this period of time, then when information is lost, can cause the waste of resource.
Particularly as, network side issues downlink data in the cell reselection process of terminal, make that then shared resource was wasted when these downlink datas were sent out; For another example, network side is dispatched terminal in the cell reselection process of terminal, upload the resource of data and the resource information of being distributed is handed down to terminal for terminal distribution is used for terminal, then cause the waste of the shared interface-free resources of the wasting of resources of distributing to terminal and down distributing resource information.
Further, in traditional wireless communication system, between terminal and the network side usually based on as forward access channel (FACH) and the Random Access Channel slower data transmission technology interactive information of transmission rate such as (RACH).As be in terminal under the CELL_FACH pattern, on up direction, often send upstream data to network side based on RACH; On the down direction, often receive the downlink data that network side issues based on FACH.
The development of high speed data transfer technology is improved the message transmission rate in the wireless communication system.The high speed data transfer technology as, high speed uplink packet insert (HSUPA) technology, high speed downlink packet inserts (HSDPA) technology etc.
Introduce high-speed down data shared channel (HS-DSCH), high-speed downstream Physical Shared Channel (HS-PDSCH) channel and downlink high-speed shared control channel (HS-SCCH) among the HSDPA, the transmission of control downlink data.Wherein, HS-DSCH and HS-PDSCH are mainly used in the carrying data, and HS-SCCH is mainly used in bearer control signalling.Corresponding with the HS-SCCH on the down direction, on up direction, introduce high-speed shared information channel (HS-SICH), after the carrying terminal is received the relevant information that network side issues by HS-SCCH, the response message that returns to network side.
Introduce among the HSUPA and strengthen uplink random access control channel (E-RUCCH), enhancing dedicated channel (E-DCH), enhancing physics up channel (E-PUCH), the transmission of control upstream data.Wherein, E-DCH is mainly used in the carrying upstream data, and E-PUCH and E-RUCCH are mainly used in carrier signaling.Corresponding with the E-PUCH on the up direction, introduce on the down direction to strengthen and mix automatic repeat requests answering indication signal channel (E-HICH), corresponding with E-RUCCH and E-PUCH on the up direction, introduce enhancing absolute grant channel (E-AGCH) on the down direction.After E-HICH and E-AGCH can be used for carrying the relevant information that terminal receives that network side issues, the response message that returns to network side.
Existing motion is pointed out, the high speed data transfer technology is applied in traditional communication technology, as on down direction, adopts the HSDPA technology generation for traditional FACH technology, and/or, on up direction, adopt the HSUPA technology generation for traditional RACH technology.
For the sub-district gravity treatment link of terminal, the change of data transmission technology can make wasting of resources phenomenon even more serious.As in the terminal cell reselection process, network side sends downlink data based on HSDPA, and then because of the message transmission rate height, in loss of data, the phenomenon that makes the shared resource of transmission downlink data be wasted is particularly serious.
Therefore, in the prior art, when relating to the cell reselection process of terminal, network side issues the information processing scheme and haves much room for improvement.
Summary of the invention
The control method and the communication equipment that the object of the present invention is to provide a kind of information to send avoid network side to carry out photos and sending messages under the terminal of sub-district gravity treatment to needs, economize on resources.
The invention provides the control method that a kind of information sends, comprising:
A, terminal send the sub-district gravity treatment indication that this terminal of expression need be carried out the sub-district gravity treatment to network side;
B, network side before described terminal target approach sub-district, suspend photos and sending messages under described terminal after receiving the gravity treatment indication of described sub-district.
Preferably, before the described steps A, this method further comprises:
Described terminal is judged and need be sent the gravity treatment indication of described sub-district to network side.
Preferably, described terminal judges that need send the gravity treatment indication of described sub-district to network side comprises:
Described terminal is judged and network side is in synchronous regime, then determines to send the gravity treatment indication of described sub-district to network side; Or,
Described terminal judges and sends the non-vanishing indication of its data buffer memory to network side, but the metadata cache amount that does not send terminal as yet is zero indication, then determines and need send the gravity treatment indication of described sub-district to network side; Or,
Described terminal judgement self is in continuous dispatch state, then determines to send the gravity treatment indication of described sub-district to network side.
Preferably, described network side comprises: the network side base station;
Terminal sends the gravity treatment indication of described sub-district to network side and comprises:
Described terminal is carried gravity treatment indication in described sub-district to described base station by physical layer signaling;
Network side receives that the gravity treatment indication of described sub-district comprises:
Described base station receives described physical layer signaling, parses sub-district gravity treatment indication.
Preferably, described terminal is carried gravity treatment indication in described sub-district to the network side base station by physical layer signaling and is comprised:
Described terminal is carried the gravity treatment indication of described sub-district by strengthening uplink random access control channel E-RUCCH or enhancing physics up channel E-PUCH or high-speed shared information channel HS-SICH, and gravity treatment indication in described sub-district is sent to described base station.
Preferably, described terminal is carried the gravity treatment indication of described sub-district by E-RUCCH or E-PUCH, gravity treatment indication in described sub-district is sent to described base station comprise:
The gravity treatment indication of described sub-district is contained in described E-RUCCH or E-PUCH goes up among the uplink scheduling information SI of carrying, and described terminal sends to described base station with described SI by described E-RUCCH or E-PUCH.
Preferably, described sub-district gravity treatment indication is contained among the described SI and comprises:
The gravity treatment indication of described sub-district is represented by the preset value of the Logic Channel Identifier HLID information field of the limit priority of described SI; Or,
Gravity treatment indication in described sub-district is accounted for the preset value of buffer memory total amount TEBS information field of the logic channel of the preset value of ratio HLBS information field of total buffer memory and described SI and represents by the highest priority logical channel buffer memory of described SI.
Preferably, described terminal is carried the gravity treatment indication of described sub-district by HS-SICH, gravity treatment indication in described sub-district is sent to described base station comprise:
The preset value that described sub-district retransmits in the transmission block size RTBS information field of recommending in the channel quality indicator (CQI) of indication by described HS-SICH carrying represents that described terminal sends to described base station with described CQI by HS-SICH.
Preferably, described base station receives described physical layer signaling, parse sub-district gravity treatment indication after, this method further comprises:
Described base station sends to network side radio resouce controller RNC and requires RNC before described terminal target approach sub-district, suspends to issue the notice that belongs to terminal information;
After described RNC receives described notice, carry out the operation of this notice.
Preferably, described network side comprises: network side RNC;
Described terminal sends the gravity treatment indication of described sub-district to network side and comprises:
Described terminal is carried described sub-district gravity treatment indication by radio resource control RRC layer message signaling, and described rrc layer message signaling is transmitted to RNC by the base station.
Preferably, described rrc layer message signaling comprises: measurement report message, the measurement result that comprises the radio resource control RRC layer that satisfies the sub-district reselection criterion of described terminal measurement in the described measurement report message, gravity treatment indication in described sub-district is represented by described measurement result; Or,
Described rrc layer message signaling comprises: cell update message, carry the gravity treatment indication of described sub-district in the described cell update message; Or,
Described rrc layer message signaling comprises: the presetting message body, carry the gravity treatment indication of described sub-district in the described presetting message body.
Preferably, network side receives that the gravity treatment indication of described sub-district comprises:
Described RNC receives described rrc layer message signaling, parses sub-district gravity treatment indication.
Preferably, the network side time-out comprises to the described terminal information of issuing:
Described RNC time-out issues to the base station and belongs to described terminal information, and transmission requires the base station before described terminal target approach sub-district to the base station, suspends to issue the notice that belongs to terminal information;
After described notice is received in described base station, carry out the operation of this notice.
Preferably, described notice is sub-district gravity treatment indication.
Preferably, after network side was received the gravity treatment indication of described sub-district, this method further comprised:
RNC is returned the data of described terminal of giving to be sent of buffer memory in described base station, receives described data by described RNC; Or,
Described base station discharges the data that belongs to described terminal of buffer memory.
Preferably, after described base station discharged the data that belongs to described terminal of buffer memory, this method further comprised:
The described data that described base station will discharge is indicated to described RNC.
Preferably, described data comprises:
Data of giving described terminal to be sent, and/or, the identification information of described terminal, and/or, the context context information of described terminal.
Preferably, after the described steps A, this method further comprises:
Described terminal is carried out sub-district gravity treatment, target approach sub-district.
Preferably, described terminal is carried out before the gravity treatment of sub-district, and this method further comprises:
Network side is received after the gravity treatment indication of described sub-district, is returned the response that the gravity treatment indication of described sub-district is successfully received in expression to described terminal;
Described terminal receives described response.
Preferably, described response is by the time interval resource information representation that strengthens absolute grant channel E-AGCH or high-speed shared control channel HS-SCCH, and described time interval resource information is full null value; Or,
Described response is by the code channel resource information representation of HS-SCCH, and in the described code channel resource information, initial code is greater than stop code.
The invention provides a kind of terminal, comprising:
The indication transmitting element is used for sending the sub-district gravity treatment indication that this terminal of expression need be carried out the sub-district gravity treatment to network side.
Preferably, described terminal further comprises:
The response receiving element is used for after the indication transmitting element sends the gravity treatment indication of described sub-district, and the expression network side that the reception network side issues is successfully received the response of sub-district gravity treatment indication.
The invention provides a kind of base station, comprising: indication receives processing unit and sending controling unit, wherein,
Indication receives processing unit, is used to receive and parse the sub-district gravity treatment indication that this terminal of expression that terminal sends need be carried out the sub-district gravity treatment;
Sending controling unit is used for before described terminal target approach sub-district, suspending photos and sending messages under terminal after indication reception processing unit parses the gravity treatment indication of described sub-district.
Preferably, described base station further comprises:
The notice transmitting element, be used for requiring RNC before described terminal target approach sub-district to the RNC transmission after indication reception processing unit parses the gravity treatment indication of described sub-district, time-out issues the notice that belongs to described terminal information, receive described notice by RNC, and carry out the operation of this notice.
Preferably, described base station further comprises:
Data processing unit, or, the data releasing unit, or, data releasing unit and the information of release indicating member; Wherein,
Data processing unit is used for after indication reception processing unit is received sub-district gravity treatment indication the data that belong to this terminal that are buffered in the base station being sent to RNC;
The data releasing unit is used for after indication reception processing unit is received the gravity treatment indication of described sub-district, with the data release that belongs to described terminal of buffer memory;
Release information indicating member is used for after data releasing unit release data, the d/d data information of notice RNC.
The invention provides a kind of radio network controller, comprising: indication receives processing unit, sending controling unit and notice transmitting element, wherein,
Indication receives processing unit, is used to receive and parse that the base station transmits need carry out the sub-district gravity treatment indication of sub-district gravity treatment from this terminal of terminal representing;
Sending controling unit is used for before described terminal target approach sub-district, suspending the data that belong to this terminal to the base station transmission after indication reception processing unit parses the gravity treatment indication of described sub-district;
The notice transmitting element, be used for after indication reception processing unit parses the gravity treatment indication of described sub-district, transmission requires the base station before described terminal target approach sub-district to the base station, suspends to issue the notice that belongs to described terminal information, receive described notice by the base station, and carry out the operation of this notice.
Preferably, described radio network controller further comprises:
Data reclaim the unit, are used to receive the data that belong to this terminal in the base station that are cached in that the base station returns.
Preferably, described radio network controller further comprises:
Data discharges information receiving unit, is used to receive the data information that base station that the base station sends discharges.
To sum up, technique scheme provided by the present invention, need carry out under the situation of sub-district gravity treatment in terminal, by terminal gravity treatment indication in sub-district is sent to network side, make network side know that in time terminal need carry out the sub-district gravity treatment, thereby may command is photos and sending messages under this terminal, avoids the wasting of resources that causes because of following photos and sending messages.
Description of drawings
Fig. 1 is the flow chart that control information sends in the embodiments of the invention one;
Fig. 2 is the flow chart that control information sends in the embodiments of the invention two;
Fig. 3 is the structural representation of terminal in the embodiments of the invention three;
Fig. 4 is the structural representation of base station in the embodiments of the invention four;
Fig. 5 is the structural representation of RNC in the embodiments of the invention four;
Fig. 6 is the structural representation of base station in the embodiments of the invention five;
Fig. 7 is the structural representation of RNC in the embodiments of the invention five.
Embodiment
Terminal need be carried out under the situation of sub-district gravity treatment, and network side is if issue at this terminal information to terminal, then can handle the information that network side issues and causes the wasting of resources because of terminal is difficult to receive.The present inventor finds that cause the reason of the wasting of resources to comprise, the sub-district gravity treatment of end side is independently carried out, and based on prior art, this independent behaviour of terminal is that network side can not be known.Therefore, among the present invention, can in time know the sub-district gravity treatment that end side is independently carried out for making network side, with issuing of control information, carry out under the situation of sub-district gravity treatment at needs by end side, send the sub-district gravity treatment indication that the expression end side need be carried out the sub-district gravity treatment to network side, with the informing network side; Network side before terminal is finished the sub-district gravity treatment, in other words before the target approach sub-district, can suspend to this terminal and issues as information such as downlink data or signalings after receiving gravity treatment indication of this sub-district.Follow-up, network side is after detecting terminal target approach sub-district, again to terminal transmits information.
For making technical scheme of the present invention and advantage clearer, reach accompanying drawing below in conjunction with specific embodiments and describe in further detail.
In the concrete enforcement of the present invention, end side can have multiple to the mode that network side sends sub-district gravity treatment indication, as enumerating in the embodiments of the invention, end side can be passed through physical layer signaling, or, gravity treatment indication in sub-district is sent to network side by Radio Resource control (RRC) layer message signaling or title high-level signaling.If send sub-district gravity treatment indication, then at network side based on physical layer directly and terminal session, parse sub-district gravity treatment indication by the base station by physical layer signaling; If terminal sends sub-district gravity treatment indication by the message signaling, then at network side directly and terminal session, parse sub-district gravity treatment indication by RNC, just need therebetween to receive and transmit the message signaling to RNC by the base station.
After network side is received sub-district gravity treatment indication, can return the response that sub-district gravity treatment indication is successfully received in expression to end side, carry out the sub-district gravity treatment again after receiving this response by end side based on affirmation mode; Or network side can not return response to end side based on Unacknowledged Mode, and end side is after sending sub-district gravity treatment indication, do not need the response of waiting for that network side returns, and directly carries out the sub-district gravity treatment.Under above-mentioned affirmation mode, wait for the overlong time of the response that network side returns for avoiding end side, can be provided with, if terminal in default duration if do not receive the response that network side returns, then directly carry out the sub-district gravity treatment.
In addition, in the practical application, terminal can be set adjudicate whether sending sub-district gravity treatment indication, if need then to send, otherwise terminal can be according to the handling process of existing sub-district gravity treatment, directly carries out the sub-district gravity treatment and does not need to send sub-district gravity treatment indication to network side.
Embodiment one:
In the present embodiment one, terminal sends sub-district gravity treatment indication by physical layer signaling, and the information interaction pattern between network side and the terminal is an affirmation mode, and whether terminal is to carrying out decision process to the gravity treatment indication of network side transmission sub-district.
Referring to Fig. 1, Fig. 1 is the flow chart that control information sends in the embodiments of the invention one, and this flow process can may further comprise the steps:
Terminal detects in default duration, and the PCCPCH RSCP of adjacent cell exceeds predetermined threshold value than the PCCPCH RSCP of Serving cell, and then based on existing sub-district reselection criterion, terminal is determined to carry out the sub-district gravity treatment.
Whether step 102, terminal judges send sub-district gravity treatment indication to network side, if determine to send, then execution in step 103; Otherwise terminal is carried out sub-district gravity treatment and subsequent treatment based on existing cell re-selection procedure.
In the present embodiment, whether terminal is sent the sub-district gravity treatment to network side indicates the foundation of judging to enumerate following three kinds:
One, whether terminal judges and network side be synchronous, if synchronously, then determine to need to send sub-district gravity treatment indication, otherwise determining do not need to send; Or,
Two, whether terminal judges self sends the non-vanishing indication of its data buffer memory to network side, but the metadata cache amount that does not send terminal as yet is zero indication, if then determine to need to send sub-district gravity treatment indication, otherwise, determine not need to send sub-district gravity treatment indication; Or,
Three, whether terminal judges self is in continuous dispatch state, if, determine that then needing to send the sub-district retransmits indication, otherwise, do not need to send sub-district gravity treatment indication.
Particularly, for first kind of basis for estimation, the base station is when dispatch terminal, be that the base station is the terminal distribution resource, when resource information is sent to terminal, usually require terminal and base station to keep synchronously, mutual information just can be guaranteed to be received by the other side between base station and the terminal like this, avoids the waste to interface-free resources.Based on the ability of existing base station and terminal, whether both sides can detect the other side with synchronously own.For keeping synchronous terminal with the base station, this terminal may be dispatched at any time in the base station, and correspondingly, the base station can't be dispatched and self nonsynchronous terminal usually, perhaps for carrying out Synchronous Processing between dispatch terminal meeting elder generation and the terminal.Therefore, in the concrete enforcement of the present invention, can be provided with, then can not need to send sub-district gravity treatment indication to the base station if terminal detects self and base station asynchronous; If terminal detects self and the base station keeps synchronously, then need to send sub-district gravity treatment indication to the base station, enter sub-district gravity treatment process with the informing base station terminal, thereby prevent the base station scheduling terminal, avoid the wasting of resources.
For second kind of basis for estimation, common terminal needed to receive the dispatch command of base station before the base station sends upstream data, sent upstream data with the resource of utilizing base station assigns, as transmitting data conditions based on HSUPA on the up direction.And the base station to the scheduling of terminal usually based on the metadata cache amount of this terminal of the terminal to report outgoing data amount on this terminal in other words, be the terminal distribution transfer resource.In the concrete enforcement of the present invention, can be provided with if terminal detects its data buffer memory is zero, and be that zero indication sends to the base station with the metadata cache amount, the metadata cache amount that then can know this terminal of safeguarding the base station by inference is zero, the base station can't dispatch terminal, correspondingly, also can't issue dispatch to terminal, therefore, can not need to send the sub-district gravity treatment indicates to network side.If terminal once sent the non-vanishing indication of its metadata cache amount to the base station, even it is and non-vanishing as if detecting the metadata cache amount, but do not have enough time to send the non-vanishing indication of metadata cache amount as yet to the base station, then the metadata cache amount of this terminal of being safeguarded on the base station is also non-vanishing, follow-up also possibility dispatch terminal, therefore, for economizing on resources, need send sub-district gravity treatment indication to network side.Network side can suspend this terminal of scheduling after receiving this sub-district gravity treatment indication, promptly can not be this terminal distribution resource, also can not utilize resource to send dispatch to terminal, thereby, can avoid the wasting of resources.
For the third basis for estimation, the residing continuous dispatch state of terminal is meant that terminal is shorter in the time interval that is scheduled for adjacent twice, within preset value, and in default duration, can continue by the state of frequent scheduling.Otherwise if the adjacent time interval that is scheduled for twice of terminal is longer, then terminal can determine that it is in the discontinuously dispatching state.The time interval of scheduling can be by timer T definition, and timer T can get and the identical value of upstream synchronous timing device (Tsync), perhaps gets with uplink scheduling information SI and reports relevant timer (T-WAIT).For the terminal that is under the continuous dispatch state, can determine that network side continues issuing dispatch to terminal, if terminal need be carried out the sub-district gravity treatment under this situation, then need to send sub-district gravity treatment indication to network side; For the terminal that is in the discontinuously dispatching state, can not need to send sub-district gravity treatment indication to network side.
If through after the above-mentioned judgment processing, terminal do not need to be determined to send sub-district gravity treatment indication to network side, and the then actual terminal of also can saving sends the required resource of sub-district gravity treatment indication.In the practical application, also can consider other bases for estimation.
In the practical application, more preferably, can be provided with, then all send sub-district gravity treatment indication, avoid network side when the gravity treatment of terminal sub-district, send any information at this terminal, thereby avoid the wasting of resources to network side if terminal need be carried out the sub-district gravity treatment.
Usually, when terminal sends upstream data at needs, need to obtain the resource that network side distributes, therefore, in the present embodiment, terminal sends sub-district gravity treatment indication because of needs, also need request to be scheduled, as carry out random access procedure, maybe may also need carry out the uplink synchronous process.The process of terminal request resource is attainable prior art, repeats no more.In addition,, terminal occupies some resources though sending sub-district gravity treatment indication to network side, these resource costs, and the resource that comparing may waste because of the sub-district gravity treatment of network side unknown terminal is insignificant.
In the practical application, can be provided with if uplink synchronous process or random access procedure are overtime, then terminal is directly carried out the sub-district gravity treatment, no longer sends sub-district gravity treatment indication to network side.
Terminal sends sub-district gravity treatment indication by physical layer signaling way as:
If in the communication system, on up direction, adopt the HSUPA technology, then terminal can be passed through up channel E-RUCCH or E-PUCH, and gravity treatment indication in sub-district is sent to the base station; Perhaps,
If adopt the HSDPA technology on the down direction, then terminal can be passed through the pairing up channel HS-SICH of down channel HS-SCCH, and gravity treatment indication in sub-district is sent to the base station; Perhaps,
If up direction still adopts traditional data transmission technology, then terminal can be passed through Physical Random Access Channel (PRACH), the sub-district is reappeared indication send to the base station.
Particularly, if terminal sends sub-district gravity treatment indication by E-RUCCH or E-PUCH, then this sub-district gravity treatment indication can embody by the uplink scheduling information (SI) that E-RUCCH or E-PUCH carried.Usually, SI comprises following information field: the buffer memory total amount (TEBS of logic channel, Total E-DCHBuffer Status) information field, highest priority logical channel buffer memory account for the ratio (HLBS of total buffer memory, Highest Priority Logical Channel Buffer Status) Logic Channel Identifier of information field, limit priority (HLID, Highest Priority Logical ChannelIdentifier) information field or the like.Can embody sub-district gravity treatment indication based on value as TEBS, HLBS or HLID.
Usually, if the TEBS value is zero, then HLBS also must be taken as null value, otherwise network side can assert that the SI information of receiving is unusual.In the concrete enforcement of the present invention, be to embody the sub-district gravity treatment indication of terminal, particularly, the predeterminable TEBS=0 that use, HLBS=m, and m is nonzero value, comes the sub-district gravity treatment to indicate.After network side is received such SI, can know that terminal satisfies the sub-district reselection criterion, need carry out the sub-district gravity treatment, and this SI information can't be handled as abnormal information.Perhaps, the preset value of available HLID is represented sub-district gravity treatment indication, as by the agreement regulation, if among the SI that receive the base station, and HLID=n, and n is the preset value that is used to embody sub-district gravity treatment indication, and then network side is known, and end side need be carried out the sub-district gravity treatment.
If terminal sends sub-district gravity treatment indication by HS-SICH, then this sub-district gravity treatment indication can be represented by the preset value of transmission block size (RTBS) information field in the channel quality indication (CQI) that HS-SICH carried.Existing RTBS takies 6 bits, and usually, the value non-full zero of this 6 bit or non-" 1 " entirely, therefore, in concrete the enforcement, the RTBS preset value of available 6 bits equals " 1 " or complete " 0 " expression sub-district re-transmission indication entirely.
In the practical application, also can carry sub-district gravity treatment indication by other information fields or other manifestation modes of correlated channels.
After the up channel that step 104, base station terminal from step 103 is used was received sub-district gravity treatment indication, the down channel by this up channel correspondence returned the response that this sub-district gravity treatment indication is successfully received in expression to terminal.
In the above-mentioned steps 103, if terminal sends sub-district gravity treatment indication by E-RUCCH or E-PUCH, then accordingly, network side can return response by E-AGCH, and correspondingly, end side can monitor this E-AGCH, receives the response that network side sends; Perhaps, if terminal sends sub-district gravity treatment indication by E-PUCH, then the E-HICH of network side correspondence returns response, and correspondingly, this E-HICH of terminal monitors receives the response that network side sends; If terminal sends sub-district gravity treatment indication by HS-SICH, then accordingly, network side returns response by HS-SCCH, and correspondingly, end side can monitor this HS-SCCH, receives the response that network side sends.In addition, the response that network side returns may be the response of representing successfully to receive sub-district gravity treatment indication, as confirming response (ACK), also may be to represent to fail to receive the response of sub-district gravity treatment indication, as non-affirmation response (NACK).In the practical application,, then can retransmit the gravity treatment indication of above-mentioned sub-district to network side based on retransmission mechanism if terminal is received NACK.
Below enumerate adoptable network side in the concrete enforcement of the present invention and return the concrete form that the response of sub-district gravity treatment indication is successfully received in expression.
Referring to table 1, table 1 is the channel architecture of E-AGCH.
| Information field (Information field) | Length (unit bit) Length (in bits) |
| The power information (Absolute grant (power) value) of distributing | 5 |
| Code channel resource information (Code resource related information) | 5 |
| Time interval resource information (Timeslot resource related information) | 5 |
| Cyclic code information (E-AGCH Cyclic Sequence Number (ECSN)) | 3 |
| Resource size indication (Resource duration indicator) | 3 |
| Strengthen and mix resource retransmission indicating chanel indication (E-HICH Indicator) | 2 |
| Strengthen uplink control channel data indication (E-UCCH Number Indicator) | 3 |
Table 1
Referring to table 2, table 2 is channel architectures of HS-SCCH.
| Information field (Information field) | Length (unit bit) Length (in bits) |
| Code channel resource information (Channelisation-code-set information) | 8 |
| Time interval resource information (Time slot information) | 5 |
| Modulation system (Modulation scheme information) | 1 |
| Transport block size information (Transport-block size information) | 6 |
| Hybrid automatic repeat request (HARQ) information (Hybrid-ARQ process information) | 3 |
| Redundancy version information (Redundancy version information) | 3 |
| New data indication (New data indicator) | 1 |
| Cyclic code information (HS-SCCH cyclic sequence number) | 3 |
Table 2
All mention the crack resource information that takies 5 bits in above-mentioned table 1 and the table 2.Usually, 5 bits that time interval resource information is occupied are nonzero values, and terminal can be known network side institute distributed time slot resource based on this value; If time interval resource information is null value, then based on existing standard, terminal can't cognitively should be worth.If concrete deployment according to wireless network, network side sends response by E-AGCH or HS-SCCH, in the concrete enforcement then of the present invention, can adopt the time interval resource information of 5 bits that are set to full null value, represent that network side successfully receives sub-district gravity treatment indication, correspondingly, if, then can determining network side by the full null value of time interval resource information that E-AGCH or HS-SCCH receive, terminal successfully receives sub-district gravity treatment indication; Otherwise, if terminal receives that 5 bits that time interval resource information is occupied are nonzero values, or fail to receive the feedback information of network side, then based on affirmation mode, terminal is determined that network side fails and is received sub-district gravity treatment indication.In the practical application, terminal can be set retransmit sub-district gravity treatment indication.
Perhaps, according to the concrete deployment of wireless network, if network side sends response by HS-SCCH, the preset value of the code channel resource information in then can use table 2 represents that network side successfully receives sub-district gravity treatment indication.The code channel resource of common 8 bits can be divided into two parts, is respectively the stop code (Stop Code) of the initial code (Start Code) and 4 bits of 4 bits, and initial code is less than stop code usually.In the concrete enforcement of the present invention, particularly, available initial code represents that greater than stop code network side successfully receives sub-district gravity treatment indication.If in the code channel resource information that terminal is received by HS-SCCH, initial code is greater than stop code, can determine that then network side successfully receives sub-district gravity treatment indication; Otherwise, if in the code channel resource information of receiving, initial code is less than stop code, or do not receive feedback, then based on affirmation mode, terminal is determined that network side fails and is received sub-district gravity treatment indication.In the practical application, terminal can be set retransmit sub-district gravity treatment indication.
In the practical application, also can be provided with according to actual needs and can embody the form that network side is successfully received the response of sub-district gravity treatment indication.
For carry ACK or NACK by E-HICH is attainable prior art, repeats no more among the application.
After sub-district gravity treatment indication is received in the base station, know that terminal need carry out the sub-district gravity treatment, then by carrying out the flow control of Iub interface, control suspends photos and sending messages under terminal.In the present embodiment,, be generally used for dialogue between terminal and the base station based on physical layer signaling because terminal sends sub-district gravity treatment indication by physical layer signaling, therefore, in the present embodiment, by the transmission of base stations control downlink information, i.e. the flow control of base station initiated Iub interface.Wherein, Iub interface is the communication interface between base station and the radio network controller (RNC).
Particularly, the base station in time stops the scheduling to terminal after receiving sub-district gravity treatment indication, and in time notifies RNC to stop to send the data that belong to this terminal to the base station.Be issued to the data of giving terminal to be sent of base station for RNC, the base station also in time stops to issue these data to terminal, in order to avoid the waste resource.
The data that network side discharges can comprise resource and belong to context (context) information of terminal or the like.Wherein, contextual information comprises the Synchronization Status Message relevant with terminal, buffer status information etc.Resource is as, the data that belong to this terminal of base station institute buffer memory, specific identity of terminal or the like information; The data information that is discharged is passed through the Frame Protocol (FP) of Iub interface user face in the base station, send to RNC, can notify which resource of RNC to be released, or the base station sends to RNC with sub-district gravity treatment indication, and then RNC can make his usefulness with d/d resource, the raising resource utilization.The release of data information also can be saved the memory headroom of base station.
In addition, if the base station is data cached release, then can cause losing of data, then the following measure of enumerating also can be taked in the base station, handles the data that belong to terminal in the base station that are cached in that RNC issued, as:
The base station by and RNC between belong to the Iub interface user face address of terminal, with the data cached RNC that returns; After RNC receives the data that are returned, can determine that these data belong to which terminal and buffer memory once more, in order to sending once more.RNC is returned data in buffer in the base station can avoid loss of data, can guarantee the service quality of customer service.
The sub-district gravity treatment detailed process of relevant terminal can be with reference to related data, and the application does not give unnecessary details.
After step 107, network side detect terminal target approach sub-district, determine that terminal finishes the sub-district gravity treatment.
In this step 107, network side is an existing capability to the measuring ability of terminal target approach sub-district.
Required being noted that in the practical application, if network side does not discharge related data in the above-mentioned steps 105, the operation that then discharges data also can be determined to carry out after terminal is finished the sub-district gravity treatment at network side in step 107.
Follow-up, can be between the terminal of network side and target approach sub-district based on existing correlation technique interactive information.
The flow process of the foregoing description one finishes.
Embodiment two:
In the present embodiment two, terminal sends sub-district gravity treatment indication by the message signaling to network side; Interactive mode between network side and the terminal is a Unacknowledged Mode.In the present embodiment two, terminal does not make a decision processing to whether sending sub-district gravity treatment indication, but directly sends sub-district gravity treatment indication.
Referring to Fig. 2, Fig. 2 is the flow chart that control information sends in the embodiments of the invention two, and this flow process can may further comprise the steps:
The specific implementation of this step 201 can repeat no more referring to above-mentioned steps 101.
The message signaling is generally used for the dialogue between terminal and the RNC, and the message signaling that terminal will be carried sub-district gravity treatment indication is transmitted to RNC by the base station.
In the specific implementation of present embodiment, rrc layer message signaling can be measurement report message (Measurement Report), or cell update message (Cell Update), or is used to send sub-district gravity treatment indication presetting message body.
Particularly, the measurement result that comprises Radio Resource control (RRC) layer that satisfies the sub-district reselection criterion of terminal measurement in the measurement report message, as the measurement result of terminal, utilize these measurement results to represent sub-district gravity treatment indication to Serving cell and adjacent cell PCCPCH RSCP separately; Or,
In cell update message, be provided for representing the information field (CELLReselection Indicator) of sub-district gravity treatment indication in advance, utilize the preset value of information field to represent sub-district gravity treatment indication; Or,
Default message body, this message body can be exclusively used in carries sub-district gravity treatment indication.
According to the concrete deployment of wireless network, above-mentioned rrc layer message signaling can send to network side by up channels such as RACH or E-DCH.
The rrc layer message signaling of carrying sub-district gravity treatment indication that step 203, network side base station will be received is transmitted to RNC, after RNC parses the message signaling of sub-district gravity treatment indication, time-out sends to the base station and belongs to terminal information, and the informing base station time-out issues and belongs to terminal information, and the base station discharges related data.
RNC carries out the control and treatment that issues to information after parsing sub-district gravity treatment indication, as:
In time stop to send the data of waiting to be handed down to terminal to the base station; By and the base station between the Iub interface user face that belongs to terminal, send sub-district gravity treatment indication to the base station; The base station in time stops dispatch terminal after receiving sub-district gravity treatment indication, and stops to send downlink data to terminal.
In the present embodiment, network side discharge the way of related data and base station how to handle data cached way can step 105 referring to the foregoing description one in cited concrete enforcement, do not give unnecessary details.
After step 205, network side detect terminal target approach sub-district, determine that terminal finishes the sub-district gravity treatment.
In the practical application, the data releasing operation that network side is carried out in the above-mentioned steps 203 can be determined to carry out behind the terminal target approach sub-district by network side in this step 205.
Follow-up, can be between the terminal of network side and target approach sub-district based on existing correlation technique interactive information.
The flow process of the foregoing description two finishes.
Among the foregoing description one and the embodiment two, network side is known the sub-district gravity treatment that end side is carried out based on the sub-district gravity treatment indication that terminal sends, thereby can in time stop to terminal transmits information, as prevent or stop scheduling to terminal, stop to send downlink data or the like to terminal, avoid the wasting of resources.
Embodiment three:
Based on above scheme, the present invention also provides a kind of terminal, and referring to Fig. 3, Fig. 3 is the exemplary construction schematic diagram of this terminal, and this terminal can comprise: indication transmitting element 301 is used for sending the sub-district gravity treatment indication that this terminal of expression need be carried out the sub-district gravity treatment to network side.
This terminal can further comprise response receiving element 302, is used for after indication transmitting element 301 sends the gravity treatment indication of described sub-district, and the expression network side that the reception network side issues is successfully received the response of sub-district gravity treatment indication.
Follow-up, by the indication transmitting element sub-district gravity treatment indication is sent to after the network side, after perhaps responding expression that receiving element receives that network side returns and successfully receiving the response of sub-district gravity treatment indication, terminal can further be carried out the sub-district reselection operation.
Embodiment four:
The invention provides a kind of base station, referring to Fig. 4, Fig. 4 is the structural representation of base station in the embodiments of the invention four.In this example, terminal sends sub-district gravity treatment indication by physical layer signaling, and correspondingly, based on talking with the physical layer of terminal, indicate by the sub-district gravity treatment that receiving terminal sends by the base station for network side.This base station can comprise: indication receives processing unit 401 and sending controling unit 402, wherein,
Indication receives processing unit 401, is used to receive and parse the sub-district gravity treatment indication that this terminal of expression that terminal sends need be carried out the sub-district gravity treatment;
Sending controling unit 402 is used for before described terminal target approach sub-district, suspending photos and sending messages under terminal after indication reception processing unit 401 parses the gravity treatment indication of described sub-district.
The base station further can comprise: notice transmitting element 403, be used for after indication reception processing unit 401 parses the gravity treatment indication of described sub-district, require RNC before described terminal target approach sub-district to the RNC transmission, time-out issues the notice that belongs to described terminal information.
Correspondingly, referring to Fig. 5, Fig. 5 is the structural representation of RNC among this embodiment four, and this RNC can comprise notice receiving element 501 and notice performance element 502,
Notice receiving element 501 is used for the notice that reception notification transmitting element 403 sends;
Notice performance element 502 is used to carry out the operation of this notice, promptly before terminal target approach sub-district, suspend issue belong to this terminal as information such as data or signalings.
The notice that above-mentioned notice transmitting element 403 sends can be sub-district gravity treatment indication or other forms of expression.
The base station can further comprise:
Data processing unit 404 is used for after indication reception processing unit 401 is received sub-district gravity treatment indication the data that belong to this terminal that are buffered in the base station being sent to RNC.The setting of this data processing unit 404 can prevent loss of data.Correspondingly, referring to Fig. 5, the last data that are provided with of RNC reclaim unit 503, are used for the data that data collection processing unit 404 returns.
Perhaps, do not consider data loss problem, indicate, data releasing unit 405 can be set in the base station, be used for after indication reception processing unit 401 is received the gravity treatment indication of described sub-district, with the data release that belongs to described terminal of buffer memory referring to Fig. 4 dotted line.
In addition,, also release information indicating member 406 can be set further, be used for after data releasing unit release data, the d/d data information of notice RNC based on data releasing unit 405.
Correspondingly, indicate referring to Fig. 5 dotted line, the data that can be provided with on RNC discharges information receiving unit 504, is used to receive the indication of the data information that release information indicating member 406 sends.
Embodiment five:
The present invention also provides a kind of radio network controller, referring to Fig. 6, Fig. 6 is the structural representation of RNC in the embodiments of the invention five, in this example, terminal sends sub-district gravity treatment indication by rrc layer message signaling, and correspondingly, network side by RNC based on rrc layer directly and terminal session, need transmit the signaling of carrying sub-district gravity treatment indication that terminal sends by the base station just therebetween.
Among Fig. 6, RNC can comprise: indication receives processing unit 601, sending controling unit 602 and notice transmitting element 603, wherein,
Indication receives processing unit 601, is used to receive and parse that the base station transmits need carry out the sub-district gravity treatment indication of sub-district gravity treatment from this terminal of terminal representing;
Sending controling unit 602 is used for before described terminal target approach sub-district, suspending the data that belong to this terminal to the base station transmission after indication reception processing unit 601 parses the gravity treatment indication of described sub-district;
Notice transmitting element 603 is used for after indication reception processing unit 601 parses the gravity treatment indication of described sub-district, sends to the base station to require the base station before described terminal target approach sub-district, suspends to issue the notice that belongs to described terminal information.
Correspondingly, referring to Fig. 7, Fig. 7 is the structural representation of base station in the embodiments of the invention five, and notice receiving element 701 and notice performance element 702 can be set on the base station,
Notice receiving element 701 is used for the notice that reception notification transmitting element 603 sends;
Notice performance element 702 is used for carrying out the operation of this notice after notice receiving element 701 is notified, promptly before terminal target approach sub-district, suspends photos and sending messages under terminal.
If be similar to the foregoing description three, the data processing unit of user's return cache data is set on the base station, then accordingly, need on RNC, be provided for reclaiming the data recovery unit of the data of returning the base station.
In addition, if be similar to the foregoing description three, the data releasing unit is set on the base station, and release information indicating member is set on the base station is used to notify the data information that discharges on the RNC base station, then correspondingly, the data that need be provided with on RNC discharges information receiving unit, is used to receive the data information that base station that the base station sends discharges.
In sum, the technique scheme that embodiments of the invention provide, need carry out under the situation of sub-district gravity treatment in terminal, by terminal gravity treatment indication in sub-district is sent to network side, make network side know that in time terminal need carry out the sub-district gravity treatment, thereby may command stops photos and sending messages under this terminal, avoids the wasting of resources that causes because of following photos and sending messages.Further, if the information of issuing comprises the resource of distributing to terminal, then can further avoid the waste of this part resource.And network side stops photos and sending messages under terminal after knowing that terminal need be carried out the sub-district gravity treatment, can avoid loss of data, thereby guarantees the service quality of customer service.
Claims (28)
1, a kind of control method of information transmission is characterized in that, comprising:
A, terminal send the sub-district gravity treatment indication that this terminal of expression need be carried out the sub-district gravity treatment to network side;
B, network side before described terminal target approach sub-district, suspend photos and sending messages under described terminal after receiving the gravity treatment indication of described sub-district.
2, method according to claim 1 is characterized in that, before the described steps A, this method further comprises:
Described terminal is judged and need be sent the gravity treatment indication of described sub-district to network side.
3, method according to claim 2 is characterized in that, described terminal judges that need send the gravity treatment indication of described sub-district to network side comprises:
Described terminal is judged and network side is in synchronous regime, then determines to send the gravity treatment indication of described sub-district to network side; Or,
Described terminal judges and sends the non-vanishing indication of its data buffer memory to network side, but the metadata cache amount that does not send terminal as yet is zero indication, then determines and need send the gravity treatment indication of described sub-district to network side; Or,
Described terminal judgement self is in continuous dispatch state, then determines to send the gravity treatment indication of described sub-district to network side.
4, method according to claim 1 is characterized in that,
Described network side comprises: the network side base station;
Terminal sends the gravity treatment indication of described sub-district to network side and comprises:
Described terminal is carried gravity treatment indication in described sub-district to described base station by physical layer signaling;
Network side receives that the gravity treatment indication of described sub-district comprises:
Described base station receives described physical layer signaling, parses sub-district gravity treatment indication.
5, method according to claim 4 is characterized in that, described terminal is carried gravity treatment indication in described sub-district to the network side base station by physical layer signaling and comprised:
Described terminal is carried the gravity treatment indication of described sub-district by strengthening uplink random access control channel E-RUCCH or enhancing physics up channel E-PUCH or high-speed shared information channel HS-SICH, and gravity treatment indication in described sub-district is sent to described base station.
6, method according to claim 5 is characterized in that, described terminal is carried the gravity treatment indication of described sub-district by E-RUCCH or E-PUCH, gravity treatment indication in described sub-district is sent to described base station comprise:
The gravity treatment indication of described sub-district is contained in described E-RUCCH or E-PUCH goes up among the uplink scheduling information SI of carrying, and described terminal sends to described base station with described SI by described E-RUCCH or E-PUCH.
7, method according to claim 6 is characterized in that, gravity treatment indication in described sub-district is contained among the described SI and comprises:
The gravity treatment indication of described sub-district is represented by the preset value of the Logic Channel Identifier HLID information field of the limit priority of described SI; Or,
Gravity treatment indication in described sub-district is accounted for the preset value of buffer memory total amount TEBS information field of the logic channel of the preset value of ratio HLBS information field of total buffer memory and described SI and represents by the highest priority logical channel buffer memory of described SI.
8, method according to claim 5 is characterized in that, described terminal is carried the gravity treatment indication of described sub-district by HS-SICH, gravity treatment indication in described sub-district is sent to described base station comprise:
The preset value that described sub-district retransmits in the transmission block size RTBS information field of recommending in the channel quality indicator (CQI) of indication by described HS-SICH carrying represents that described terminal sends to described base station with described CQI by HS-SICH.
9, method according to claim 4 is characterized in that, described base station receives described physical layer signaling, parse sub-district gravity treatment indication after, this method further comprises:
Described base station sends to network side radio resouce controller RNC and requires RNC before described terminal target approach sub-district, suspends to issue the notice that belongs to terminal information;
After described RNC receives described notice, carry out the operation of this notice.
10, method according to claim 1 is characterized in that,
Described network side comprises: network side RNC;
Described terminal sends the gravity treatment indication of described sub-district to network side and comprises:
Described terminal is carried described sub-district gravity treatment indication by radio resource control RRC layer message signaling, and described rrc layer message signaling is transmitted to RNC by the base station.
11, method according to claim 10 is characterized in that,
Described rrc layer message signaling comprises: measurement report message, comprise the measurement result of the radio resource control RRC layer that satisfies the sub-district reselection criterion that described terminal measures in the described measurement report message, and gravity treatment indication in described sub-district is represented by described measurement result; Or,
Described rrc layer message signaling comprises: cell update message, carry the gravity treatment indication of described sub-district in the described cell update message; Or,
Described rrc layer message signaling comprises: the presetting message body, carry the gravity treatment indication of described sub-district in the described presetting message body.
12, method according to claim 10 is characterized in that, network side receives that the gravity treatment indication of described sub-district comprises:
Described RNC receives described rrc layer message signaling, parses sub-district gravity treatment indication.
13, method according to claim 12 is characterized in that, the network side time-out comprises to the described terminal information of issuing:
Described RNC time-out issues to the base station and belongs to described terminal information, and transmission requires the base station before described terminal target approach sub-district to the base station, suspends to issue the notice that belongs to terminal information;
After described notice is received in described base station, carry out the operation of this notice.
14, according to claim 9 or 13 described methods, its spy is that described notice is sub-district gravity treatment indication.
According to each described method in claim 4 to 9 or 13, it is characterized in that 15, after network side was received the gravity treatment indication of described sub-district, this method further comprised:
RNC is returned the data of described terminal of giving to be sent of buffer memory in described base station, receives described data by described RNC; Or,
Described base station discharges the data that belongs to described terminal of buffer memory.
16, method according to claim 15 is characterized in that, after described base station discharged the data that belongs to described terminal of buffer memory, this method further comprised:
The described data that described base station will discharge is indicated to described RNC.
17, method according to claim 16 is characterized in that, described data comprises:
Data of giving described terminal to be sent, and/or, the identification information of described terminal, and/or, the context context information of described terminal.
18, method according to claim 1 is characterized in that, after the described steps A, this method further comprises:
Described terminal is carried out sub-district gravity treatment, target approach sub-district.
19, method according to claim 18 is characterized in that, described terminal is carried out before the gravity treatment of sub-district, and this method further comprises:
Network side is received after the gravity treatment indication of described sub-district, is returned the response that the gravity treatment indication of described sub-district is successfully received in expression to described terminal;
Described terminal receives described response.
20, method according to claim 19 is characterized in that, described response is by the time interval resource information representation that strengthens absolute grant channel E-AGCH or high-speed shared control channel HS-SCCH, and described time interval resource information is full null value; Or,
Described response is by the code channel resource information representation of HS-SCCH, and in the described code channel resource information, initial code is greater than stop code.
21, a kind of terminal is characterized in that, comprising:
The indication transmitting element is used for sending the sub-district gravity treatment indication that this terminal of expression need be carried out the sub-district gravity treatment to network side.
22, terminal according to claim 21 is characterized in that, described terminal further comprises:
The response receiving element is used for after the indication transmitting element sends the gravity treatment indication of described sub-district, and the expression network side that the reception network side issues is successfully received the response of sub-district gravity treatment indication.
23, a kind of base station is characterized in that, comprising: indication receives processing unit and sending controling unit, wherein,
Indication receives processing unit, is used to receive and parse the sub-district gravity treatment indication that this terminal of expression that terminal sends need be carried out the sub-district gravity treatment;
Sending controling unit is used for before described terminal target approach sub-district, suspending photos and sending messages under terminal after indication reception processing unit parses the gravity treatment indication of described sub-district.
24, base station according to claim 23 is characterized in that, further comprises:
The notice transmitting element, be used for requiring RNC before described terminal target approach sub-district to the RNC transmission after indication reception processing unit parses the gravity treatment indication of described sub-district, time-out issues the notice that belongs to described terminal information, receive described notice by RNC, and carry out the operation of this notice.
25, base station according to claim 23 is characterized in that, described base station further comprises:
Data processing unit, or, the data releasing unit, or, data releasing unit and the information of release indicating member; Wherein,
Data processing unit is used for after indication reception processing unit is received sub-district gravity treatment indication the data that belong to this terminal that are buffered in the base station being sent to RNC;
The data releasing unit is used for after indication reception processing unit is received the gravity treatment indication of described sub-district, with the data release that belongs to described terminal of buffer memory;
Release information indicating member is used for after data releasing unit release data, the d/d data information of notice RNC.
26, a kind of radio network controller is characterized in that, comprising: indication receives processing unit, sending controling unit and notice transmitting element, wherein,
Indication receives processing unit, is used to receive and parse that the base station transmits need carry out the sub-district gravity treatment indication of sub-district gravity treatment from this terminal of terminal representing;
Sending controling unit is used for before described terminal target approach sub-district, suspending the data that belong to this terminal to the base station transmission after indication reception processing unit parses the gravity treatment indication of described sub-district;
The notice transmitting element, be used for after indication reception processing unit parses the gravity treatment indication of described sub-district, transmission requires the base station before described terminal target approach sub-district to the base station, suspends to issue the notice that belongs to described terminal information, receive described notice by the base station, and carry out the operation of this notice.
27, radio network controller according to claim 26 is characterized in that, further comprises:
Data reclaim the unit, are used to receive the data that belong to this terminal in the base station that are cached in that the base station returns.
28, radio network controller according to claim 26 is characterized in that, further comprises:
Data discharges information receiving unit, is used to receive the data information that base station that the base station sends discharges.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102065498A (en) * | 2009-11-13 | 2011-05-18 | 中兴通讯股份有限公司 | Switching information processing method and base station |
| CN101715218B (en) * | 2009-10-29 | 2012-07-04 | 新邮通信设备有限公司 | Improved cell update method and equipment |
| CN112822716A (en) * | 2019-11-18 | 2021-05-18 | 成都鼎桥通信技术有限公司 | Control method and control device for service downloading |
| WO2021164528A1 (en) * | 2020-02-20 | 2021-08-26 | 展讯通信（上海）有限公司 | Data transmission method and apparatus, storage medium and terminal |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP2557842B1 (en) | 2011-08-10 | 2018-05-23 | Alcatel Lucent | Autonomous cell reselection by a user equipment |
| US11792712B2 (en) | 2021-12-23 | 2023-10-17 | T-Mobile Usa, Inc. | Cell reselection priority assignment based on performance triggers |
Family Cites Families (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| AU4712901A (en) * | 1999-12-13 | 2001-07-03 | Ericsson Inc. | Re-selection for real time packet data networks |
| KR20030015531A (en) * | 2001-08-16 | 2003-02-25 | 엘지전자 주식회사 | Cell selection improvement method for third generation terminal |
| CN1177452C (en) * | 2002-01-30 | 2004-11-24 | 华为技术有限公司 | Method for transmission of protocol data unit information |
| US20040085923A1 (en) * | 2002-11-01 | 2004-05-06 | Motorola, Inc. | Method and apparatus for cell reselection within a communications system |
| CN101043714A (en) * | 2006-03-21 | 2007-09-26 | 华为技术有限公司 | Method and system for realizing mobility management of user equipment |
| CN100536602C (en) * | 2006-03-26 | 2009-09-02 | 华为技术有限公司 | User equipment paging method in long-term evolvement network and system thereof |
| CN101106747B (en) * | 2006-07-12 | 2010-09-08 | 华为技术有限公司 | Method for user device to receive service data and stop transmitting service data in network |
-
2008
- 2008-04-25 CN CN 200810105079 patent/CN101568141B/en active Active
-
2009
- 2009-04-24 WO PCT/CN2009/071462 patent/WO2009129752A1/en active Application Filing
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101715218B (en) * | 2009-10-29 | 2012-07-04 | 新邮通信设备有限公司 | Improved cell update method and equipment |
| CN102065498A (en) * | 2009-11-13 | 2011-05-18 | 中兴通讯股份有限公司 | Switching information processing method and base station |
| CN112822716A (en) * | 2019-11-18 | 2021-05-18 | 成都鼎桥通信技术有限公司 | Control method and control device for service downloading |
| CN112822716B (en) * | 2019-11-18 | 2023-03-24 | 成都鼎桥通信技术有限公司 | Control method and control device for service downloading |
| WO2021164528A1 (en) * | 2020-02-20 | 2021-08-26 | 展讯通信（上海）有限公司 | Data transmission method and apparatus, storage medium and terminal |
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