CN101854718A - Paging method, device and base station of cluster communication - Google Patents
Paging method, device and base station of cluster communication Download PDFInfo
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Abstract
The invention discloses a paging method of cluster communication. The method comprises the following steps: a base station confirms paging period and paging period number N of sending paging message continuously and the base station sends the paging message on each paging period in the confirmed N paging periods. Correspondingly, the invention provides the paging device of the cluster communication, which comprises the base station for confirming the paging period and the paging period number N of sending the paging message continuously, informing a cluster group terminal of a time slot period index corresponding to the confirmed paging period and sending the paging message on each paging period in the confirmed N paging periods. The cluster group terminal is used to confirm the minimum monitoring period and hash monitoring time slot within the minimum monitoring period, monitors a paging channel on the monitoring time slot and receives the paging message sent by the base station. The invention further provides the paging base station of the cluster communication. The invention can monitor the cluster group terminals with different monitoring periods.
Description
Technical field
The present invention relates to the trunking communication field, particularly relate to a kind of paging method of cluster communication, device and base station.
Background technology
Because based on code division multiple access (CDMA, Code Division Multi Address) the minimum paging cycle of the trunked communication system of technology is generally 16 time slots, time span is 1.28 seconds, promptly in 1.28 seconds, only send out a beep-page message, therefore, it is long to have caused the part cluster group terminal to carry out the connecting time of cluster group paging, can not satisfy the requirement that the cluster group paging inserts fast far away.So, can insert fast in order to make the cluster group paging, in trunked communication system, realized the negative slotted paging cycle, shorten the connecting time of cluster group paging with this.
But, some present cluster group terminal has no longer been supported negative time slot, so in existing network, have two kinds of cluster group terminal supporting negative time slot and do not support negative time slot, even in same trunked call group, may also have two kinds of cluster group terminal supporting negative time slot and do not support negative time slot.So, if the base station still according to negative slotted mode paging, the problem that may exist the called cluster group terminal of part to connect.Specifically, if the base station also sends beep-page message according to the negative slotted paging cycle, for example: send beep-page message continuously according to 8 time slots, do not support the cluster group terminal in negative slotted paging cycle then to monitor according to 16 time slots, monitor the cluster group terminal of time slot 0～time slot 7 so and can receive paging information, and the cluster group terminal of monitoring time slot 8～time slot 15 just can't be received beep-page message, therefore do not support the cluster group terminal of negative time slot to have 50% probability to can not receive beep-page message, exhale and cause leaking.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of paging method of cluster communication, device and base station, and cluster group terminal that can compatible different listening periods effectively guarantees the performance that continues of the cluster group terminal of different listening periods.
For achieving the above object, the invention discloses a kind of paging method of cluster communication, comprising: paging cycle is determined in the base station, and the paging cycle number N that sends beep-page message continuously; Send beep-page message on each paging cycle in a determined N paging cycle of base station.
In the such scheme, this paging method further comprises: cluster group terminal is informed with determined paging cycle time slot corresponding periodic index in described base station, and this cluster group terminal is by determining the minimum listening period of self with reference to described slot cycle index; This cluster group terminal Hash in the minimum listening period of self is monitored time slot, the sending time slots of described base station Hash beep-page message on paging cycle; This cluster group terminal is monitoring seek channel on described monitoring time slot, and receives the beep-page message that the base station sends.
Wherein, the step of described definite paging cycle comprises: the paging cycle of the minimum value of minimum listening period as this cluster group selected in the base station in the minimum listening period that cluster group terminal reports.The paging cycle number N of described continuous transmission beep-page message is the ratio of the minimum value of the maximum of the minimum listening period supported of cluster group terminal and the minimum listening period that this cluster group terminal is supported.Described cluster group terminal determines that the step of minimum listening period comprises: cluster group terminal obtains base station determined paging cycle time slot corresponding periodic index; For the cluster group terminal of supporting base station determined paging cycle time slot corresponding periodic index, then according to the definite paging cycle monitoring seek channel in base station; For the cluster group terminal of not supporting base station determined paging cycle time slot corresponding periodic index, then according to the definite listening period monitoring seek channel of cluster group terminal self.The described cluster group terminal of base station determined paging cycle time slot corresponding periodic index of not supporting comprises: when base station determined paging cycle time slot corresponding periodic index is negative, do not support the cluster group terminal of negative slotted paging periodic index; The cluster group terminal of described support base station determined paging cycle time slot corresponding periodic index comprises: when base station determined paging cycle time slot corresponding periodic index is negative, support the cluster group terminal of negative slotted paging periodic index; And, when base station determined paging cycle time slot corresponding periodic index is positive number, the cluster group terminal of supporting to bear the cluster group terminal of slotted paging periodic index and not supporting negative slotted paging periodic index; Wherein, described negative slotted paging periodic index is meant that slot cycle index i is the situation of negative value.
For realizing said method, the invention also discloses a kind of paging equipment of trunking communication, comprise: base station and cluster group terminal, wherein, the base station is used for determining paging cycle, reaches the paging cycle number N that sends beep-page message continuously, and determined paging cycle time slot corresponding periodic index is informed cluster group terminal, and the sending time slots that is used for Hash transmission beep-page message on paging cycle, and send beep-page message on each paging cycle in a determined N paging cycle; Cluster group terminal be used for determining minimum listening period, and Hash is monitored time slot in the minimum listening period of himself, monitoring seek channel on described monitoring time slot, and receive the beep-page message that the base station sends.
In the such scheme, described cluster group terminal comprises: terminal periodic transceiver module, listening period determination module, monitoring module, wherein, the terminal periodic transceiver module is used for reporting the minimum listening period of self and receiving the paging cycle time slot corresponding periodic index information that the base station issues to the base station; Then, notice listening period determination module; The listening period determination module is used for the determined paging cycle of reference base station, determines the minimum listening period of self; Monitor module, be used for when initiating clustered paging, Hash is monitored time slot on minimum listening period, and monitors and paging receiving message in minimum listening period.
Accordingly, the invention also discloses a kind of paging base station of trunking communication, this base station comprises: paging cycle determination module, paging number of times computing module, paging module, and wherein, the paging cycle determination module is used for determining paging cycle; Paging number of times computing module is used to calculate the number N of the paging cycle of continuous transmission beep-page message; The paging module is used for sending beep-page message to cluster group terminal on each paging cycle of a determined N paging cycle.
In the such scheme, described paging base station also comprises base station cycle transceiver module, and wherein, described paging cycle determination module is further used for the minimum listening period by reporting in conjunction with cluster group terminal, determines paging cycle; Described base station cycle transceiver module, be used to receive the minimum listening period that cluster group terminal reports, minimum listening period is transmitted to described paging cycle determination module, and the paging cycle time slot corresponding periodic index that described paging cycle determination module is determined is informed cluster group terminal; Described paging number of times computing module is further used for the maximum of the minimum listening period that reports by cluster group terminal and the ratio of minimum value, obtains the number N of paging cycle; Described paging module is further used for when initiating clustered paging the sending time slots of Hash beep-page message.
As can be seen from the above technical solutions, the present invention determines paging cycle by the base station in the trunked communication system at the cluster group terminal with different minimum listening periods, and in a plurality of continuous paging cycle, send beep-page message to cluster group terminal, come the cluster group terminal of compatible different listening periods.Guarantee the performance that continues of the cluster group terminal of the negative slot cycle index of support so, on the one hand; On the other hand, avoided not supporting the leakage of the cluster group terminal of negative slot cycle index to exhale phenomenon.
Description of drawings
Fig. 1 is the schematic flow sheet of trunked communication system paging method of the present invention;
Fig. 2 is the schematic diagram of Paging Channel Slot of the present invention;
Fig. 3 is the structural representation of trunked communication system paging equipment of the present invention;
Fig. 4 is the composition structural representation of IMSI International Mobile Subscriber Identity.
Embodiment
Basic thought of the present invention is: the paging cycle of beep-page message is determined to send in the base station at the cluster group terminal with different minimum listening periods, and in a plurality of continuous paging cycle, send beep-page message to being hashing onto the cluster group terminal of monitoring time slot, realize the cluster group terminal of simultaneously compatible different minimum listening periods.
Need to prove that trunked communication system comprises base station and cluster group, this cluster group comprises plural cluster group terminal, can have a plurality of cluster group in the trunked communication system, also can have only a cluster group.Wherein, there is multiple different minimum listening period in cluster group terminal,, can be divided into two big classes on the whole here, that is: the cluster group terminal of supporting to bear the cluster group terminal of slot cycle index and not supporting negative slot cycle index.And the minimum listening period of cluster group terminal and the paging cycle of base station can both be obtained by the computing formula of slot cycle.That is to say that slot cycle comprises the minimum listening period of cluster group terminal side and the paging cycle of base station side, just, for cluster group terminal, the slot cycle C that calculates is minimum listening period; For the base station, the slot cycle C that calculates is a paging cycle.
Here, the computing formula of slot cycle is:
C＝2
i×16 (1)
Wherein, C is a slot cycle, and i is the slot cycle index, is a parameter in the cluster group paging business.For the cluster group terminal of not supporting negative slot cycle index, slot cycle index i can not be arranged to negative value.So, described negative slot cycle index is meant that slot cycle index i is a negative value, for example: i is-1 o'clock, the slot cycle that is calculated by formula (1) is 8 time slots, so, for bearing the cluster group terminal of slot cycle index for-1, these 8 time slots are minimum listening period, and for the base station, these 8 time slots are the paging cycle of this base station.
For above-mentioned purpose of the present invention, feature and advantage can be become apparent more, the present invention is further detailed explanation below in conjunction with the drawings and specific embodiments.With reference to Fig. 1, show the realization flow of trunked communication system paging method of the present invention, concrete steps are as follows:
Cluster group terminal is generally being started shooting when register the base station, and just the minimum listening period that self is supported reports the base station.In this step, in order to satisfy the quick redirect request of cluster, the minimum listening period that the base station reports according to each cluster group terminal in the cluster group is then selected a minimum value in all minimum listening periods, be defined as the paging cycle of the base station of this cluster group paging business.
As shown in Figure 2, be the schematic diagram of Paging Channel Slot of the present invention, exist in the cluster group to have the cluster group terminal of different listening periods, comprising: the cluster group terminal A that supports negative slot cycle index, the monitoring slot cycle of cluster group terminal A is 8 time slots, and promptly time slot 0 is to time slot 7; And the cluster group terminal B that does not support negative slot cycle index, the monitoring slot cycle of cluster group terminal B is 16 time slots, promptly time slot 0 is to time slot 15.The length of each time slot is 80 milliseconds, and time slot 0 to the slot cycle of time slot 15 is 1.28 seconds so.The base station is defined as paging cycle with the minimum value of the minimum listening period of all the cluster group terminal supports in the cluster group.
The base station does not just send a beep-page message in a paging cycle, but the minimum listening period of supporting according to all cluster group terminal in the cluster group, calculate N paging cycle that sends beep-page message continuously, send a beep-page message on each paging cycle in N paging cycle of base station.Here, sending continuously the number N of the paging cycle of beep-page message, is the ratio of the minimum value of the maximum of the minimum listening period supported of all cluster group terminal in the cluster group and the minimum listening period that all cluster group terminal in the cluster group are supported.Concrete computational methods are as follows:
N＝C
max/C
min (2)
In the above-mentioned formula, N is in this cluster group paging business, and the base station needs to send continuously the number of the paging cycle of beep-page message; C
MaxIt is the maximum of the minimum listening period supported of all cluster group terminal in the cluster group; C
MinIt is the minimum value of the minimum listening period supported of all cluster group terminal in the cluster group.
Here, for different cluster group terminal, minimum listening period C
1Can calculate by aforementioned formula (1).At present, for the cluster group terminal that has, the maximum of minimum listening period is that slot cycle index i got 7 o'clock, i.e. the maximum C of minimum listening period
MaxCan reach 2048 time slots.And support the cluster group terminal of negative slot cycle index, the minimum value C of minimum listening period for some
MinFor slot cycle index i got-4 o'clock, i.e. the minimum value C of minimum listening period
MinCan reach 1 time slot; For the cluster group terminal of not supporting negative slot cycle, the minimum value C of minimum listening period
MinFor slot cycle index i is 0 o'clock, i.e. 16 time slots.For example: C
MaxBe 32 time slots, C
MinBe 8 time slots, the base station needs to send beep-page message continuously in 4 paging cycle so.
Wherein, the base station can be by sending Overhead Message to cluster group terminal, determined paging cycle time slot corresponding periodic index is informed cluster group terminal, described slot cycle index i is included in the Overhead Message, and the base station is informed cluster group terminal by sending Overhead Message with cluster group determined paging cycle time slot corresponding periodic index.In the Overhead Message if negative slot cycle index, then the cluster group terminal of the negative slot cycle index of support is supported paging cycle definite in the Overhead Message, does not support the cluster group terminal of negative slot cycle index not support paging cycle definite in the Overhead Message; In the Overhead Message if positive time slot periodic index then support negative time slot and do not support the cluster group terminal of negative time slot all to support paging cycle definite in the Overhead Message.
Therefore, the described cluster group terminal of base station determined paging cycle time slot corresponding periodic index of not supporting comprises: when base station determined paging cycle time slot corresponding periodic index is negative, do not support the cluster group terminal of negative slotted paging periodic index.
The cluster group terminal of described support base station determined paging cycle time slot corresponding periodic index comprises: when base station determined paging cycle time slot corresponding periodic index is negative, support the cluster group terminal of negative slotted paging periodic index; And, when base station determined paging cycle time slot corresponding periodic index is positive number, the cluster group terminal of supporting to bear the cluster group terminal of slotted paging periodic index and not supporting negative slotted paging periodic index.
Therefore, for the cluster group terminal of determined paging cycle in the support Overhead Message, then the paging cycle monitoring seek channel of in Overhead Message, determining according to the base station; For the cluster group terminal of not supporting determined paging cycle in the Overhead Message, then according to the definite slot cycle monitoring seek channel of cluster group terminal self.For example: the paging cycle that the base station is set in Overhead Message is 4 time slots, and after cluster group terminal was received this Overhead Message, for the cluster group terminal of supporting negative slot cycle index, then the minimum listening period according to 4 time slots came monitoring seek channel; For not supporting 4 time slots, promptly do not support the cluster group terminal of negative slot cycle index, then, come monitoring seek channel as 16 time slots according to the minimum listening period monitoring seek channel of self determining.If this does not support that the cluster group terminal of negative slot cycle index is 8 time slots because of what monitor on paging channel, and fail to listen to beep-page message at 0 time slot to 7 time slot, then can when sending beep-page message, base station next one paging cycle on 8 time slots, listen to beep-page message.
The base station is according to the IMSI International Mobile Subscriber Identity (IMSI of cluster group terminal, International Mobile Station Identity), the sending time slots of Hash beep-page message on determined paging cycle, and on each paging cycle in a determined N paging cycle, send beep-page message to cluster group terminal.For example: calculating N is 2, and when paging cycle was 8 time slots, the base station can send a beep-page message at 0 time slot to 7 time slot so, and can send secondary beep-page message at 8 time slot to 15 time slots.
In this step, cluster group terminal is according to himself monitoring time slot on minimum listening period of self proprietary IMSI Hash.
Need to prove, after the clear and definite slot cycle each other of base station and cluster group terminal, when initiating clustered paging, the sending time slots of Hash beep-page message on each paging cycle in a determined N paging cycle of base station, and cluster group terminal Hash on determined minimum listening period is monitored time slot, when sending beep-page message, receive this beep-page message in the base station.Concretely, according to the regulation of C.S0005-A_v6.0 agreement, the base station all can use identical hash function to come Hash sending time slots and monitoring time slot respectively with cluster group terminal.Here, described hash function is as shown in Equation (3):
Wherein, L is 0～15 bit of Hash key (HASH_KEY), and H is 16～31 bits of HASH_KEY; The definition of corrected parameter (DECORR), the implication of N and value are with reference to shown in the table one, and simultaneously, this table one also shows the value mode of the recurrence numerical value (Return Value) of corresponding different application simultaneously:
Table one
The calculating of HASH_KEY in the last table is as shown in Equation (4):
HASH_KEY＝IMSI_O_S1+2
24×IMSI_O_S2(4)
Wherein, the implication of IMSI_O_S1 and IMSI_O_S2 can be the composition structural representation of IMSI International Mobile Subscriber Identity with reference to shown in Figure 4.IMSI has 15, and the structure of IMSI is: Mobile Country Code MCC (MCC)+Mobile Network Code (MNC)+mobile identification code (MIN).Wherein MCC is totally 3, totally 2 of MNC, and totally 10 of MIN, and IMSI_O_S1 is back 7 of MIN, IMSI_O_S2 is preceding 3 of MIN.
Obtain HASH_KEY by formula (4), in the above-mentioned table one of substitution, and then obtain corresponding DECORR.Then, in N, DECORR substitution formula (3), and then obtain returning numerical value.Because the paging time-slot in the table one is i.e. 2048 time slots of maximum of paging cycle, so when calculating final paging time-slot, need again to carry out modulo operation with the paging cycle that specifically obtains.
For example: the monitoring time slot that cluster group terminal is hashing onto is a time slot 3, and paging cycle is 8 time slots, be that the cluster group terminal of 8 time slots then can be received the beep-page message that the base station sends at time slot 3 for minimum listening period so, and be the cluster group terminal of 16 time slots for minimum listening period, if be not hashing onto the monitoring time slot between the time slot 7 at time slot 0, then the next paging cycle in the base station when promptly time slot 8 sends beep-page message to time slot 15, listens to beep-page message.
Cluster group terminal is handled this beep-page message after receiving beep-page message, but handling process after this is not an emphasis of the present invention, so be not described in detail.
For each above-mentioned embodiment, for simple description, so it all is expressed as a series of combination of actions, but those skilled in the art should know, the present invention is not subjected to the restriction of described sequence of movement, because according to the present invention, some step can adopt other orders or carry out simultaneously.
For realizing said method, the present invention also provides a kind of paging equipment and paging base station of trunked communication system, with reference to Fig. 3, shows the composition structure of this paging equipment, and this paging equipment 300 comprises base station 301 and cluster group terminal 302, wherein:
Described base station 301 mainly comprises: paging cycle determination module 3011, paging number of times computing module 3012, paging module 3014.Wherein:
Paging cycle determination module 3011 is used for determining paging cycle.
Paging number of times computing module 3012 is used to calculate the number N of the paging cycle of continuous transmission beep-page message.
Here, described calculating sends the detailed process of number N of paging cycle of beep-page message continuously referring to the related content of above-mentioned paging method part formula (2), repeats no more herein.
Paging module 3014 is used for the number N according to the paging cycle of paging number of times computing module 3012 calculating, sends beep-page message to cluster group terminal on each paging cycle in N continuous paging cycle.
Described base station 301 also comprises: base station cycle transceiver module 3013, wherein,
Described paging cycle determination module 3011 is further used for the minimum listening period that reports by the terminal periodic transceiver module 3021 in conjunction with cluster group terminal 302, determines paging cycle.
Base station cycle transceiver module 3013 is used to receive the minimum listening period that cluster group terminal reports, and minimum listening period is transmitted to paging cycle determination module 3011; And described paging cycle determination module 3011 determined paging cycle time slot corresponding periodic indexs are informed cluster group terminal 302.
Described paging number of times computing module 3012 is further used for the maximum of the minimum listening period that reports by cluster group terminal and the ratio of minimum value, obtains the number N of paging cycle;
Described paging module 3014 is further used for when initiating clustered paging the sending time slots of Hash beep-page message.
Described cluster group terminal 302 further comprises: terminal periodic transceiver module 3021, listening period determination module 3022, monitoring module 3023.Wherein:
Terminal periodic transceiver module 3021 is used for reporting the minimum listening period of self and receiving the paging cycle time slot corresponding periodic index information that the base station issues to the base station; Then, notice listening period determination module 3022.
Listening period determination module 3022 is used for determining the minimum listening period of self with reference to described paging cycle determination module 3011 determined paging cycle.
Monitor module 3023, be used for when initiating clustered paging, Hash is monitored time slot on listening period determination module 3022 determined minimum listening periods, and according to listening period determination module 3022 determined listening periods, monitors and paging receiving message.
In the above-described embodiments, the description of each embodiment is all emphasized particularly on different fields, do not have the part that describes in detail among certain embodiment, can get final product referring to the associated description of other embodiment.The above only is preferred embodiment of the present invention, just is used for description and interpretation the present invention, is not to be used to limit protection scope of the present invention.Within spirit of the present invention and claim protection range, to any modification that the present invention did, be equal to replacement, all fall into protection scope of the present invention.
Claims (10)
1. a paging method of cluster communication is characterized in that, comprising:
Paging cycle is determined in the base station, and the paging cycle number N that sends beep-page message continuously;
Send beep-page message on each paging cycle in a determined N paging cycle of base station.
2. paging method of cluster communication according to claim 1 is characterized in that, this paging method further comprises:
Cluster group terminal is informed with determined paging cycle time slot corresponding periodic index in described base station, and this cluster group terminal is by determining the minimum listening period of self with reference to described slot cycle index;
This cluster group terminal Hash in the minimum listening period of self is monitored time slot, the sending time slots of described base station Hash beep-page message on paging cycle;
This cluster group terminal is monitoring seek channel on described monitoring time slot, and receives the beep-page message that the base station sends.
3. paging method of cluster communication according to claim 2 is characterized in that, the step of described definite paging cycle comprises:
The paging cycle of the minimum value of minimum listening period as this cluster group selected in the base station in the minimum listening period that cluster group terminal reports.
4. paging method of cluster communication according to claim 2, it is characterized in that the paging cycle number N of described continuous transmission beep-page message is the ratio of the minimum value of the maximum of the minimum listening period supported of cluster group terminal and the minimum listening period that this cluster group terminal is supported.
5. according to claim 2 or 3 or 4 described paging method of cluster communication, it is characterized in that described cluster group terminal determines that the step of minimum listening period comprises:
Cluster group terminal obtains base station determined paging cycle time slot corresponding periodic index;
For the cluster group terminal of supporting base station determined paging cycle time slot corresponding periodic index, then according to the definite paging cycle monitoring seek channel in base station;
For the cluster group terminal of not supporting base station determined paging cycle time slot corresponding periodic index, then according to the definite listening period monitoring seek channel of cluster group terminal self.
6. paging method of cluster communication according to claim 5, it is characterized in that, the described cluster group terminal of base station determined paging cycle time slot corresponding periodic index of not supporting comprises: when base station determined paging cycle time slot corresponding periodic index is negative, do not support the cluster group terminal of negative slotted paging periodic index;
The cluster group terminal of described support base station determined paging cycle time slot corresponding periodic index comprises:
When base station determined paging cycle time slot corresponding periodic index is negative, support the cluster group terminal of negative slotted paging periodic index; And,
When base station determined paging cycle time slot corresponding periodic index is positive number, the cluster group terminal of supporting to bear the cluster group terminal of slotted paging periodic index and not supporting negative slotted paging periodic index;
Wherein, described negative slotted paging periodic index is meant that slot cycle index i is the situation of negative value.
7. the paging equipment of a trunking communication is characterized in that, comprising: base station and cluster group terminal, wherein,
The base station, be used for determining paging cycle, reach the paging cycle number N that sends beep-page message continuously, and determined paging cycle time slot corresponding periodic index informed cluster group terminal, and the sending time slots that is used for Hash transmission beep-page message on paging cycle, and send beep-page message on each paging cycle in a determined N paging cycle;
Cluster group terminal be used for determining minimum listening period, and Hash is monitored time slot in the minimum listening period of himself, monitoring seek channel on described monitoring time slot, and receive the beep-page message that the base station sends.
8. the paging equipment of trunking communication according to claim 7 is characterized in that, described cluster group terminal comprises: terminal periodic transceiver module, listening period determination module, monitoring module, wherein,
The terminal periodic transceiver module is used for reporting the minimum listening period of self and receiving the paging cycle time slot corresponding periodic index information that the base station issues to the base station; Then, notice listening period determination module;
The listening period determination module is used for the determined paging cycle of reference base station, determines the minimum listening period of self;
Monitor module, be used for when initiating clustered paging, Hash is monitored time slot on minimum listening period, and monitors and paging receiving message in minimum listening period.
9. the paging base station of a trunking communication is characterized in that, this base station comprises: paging cycle determination module, paging number of times computing module, paging module, wherein,
The paging cycle determination module is used for determining paging cycle;
Paging number of times computing module is used to calculate the number N of the paging cycle of continuous transmission beep-page message;
The paging module is used for sending beep-page message to cluster group terminal on each paging cycle of a determined N paging cycle.
10. the paging base station of trunking communication according to claim 9 is characterized in that, described paging base station also comprises base station cycle transceiver module, wherein,
Described paging cycle determination module is further used for the minimum listening period by reporting in conjunction with cluster group terminal, determines paging cycle;
Described base station cycle transceiver module, be used to receive the minimum listening period that cluster group terminal reports, minimum listening period is transmitted to described paging cycle determination module, and the paging cycle time slot corresponding periodic index that described paging cycle determination module is determined is informed cluster group terminal;
Described paging number of times computing module is further used for the maximum of the minimum listening period that reports by cluster group terminal and the ratio of minimum value, obtains the number N of paging cycle;
Described paging module is further used for when initiating clustered paging the sending time slots of Hash beep-page message.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103249145A (en) * | 2012-02-02 | 2013-08-14 | 鼎桥通信技术有限公司 | Paging record issuing method and network equipment |
| WO2018126868A1 (en) * | 2017-01-05 | 2018-07-12 | 中兴通讯股份有限公司 | Paging cycle determination method, terminal device, base station and system, and storage medium |
| US11234144B2 (en) * | 2017-05-05 | 2022-01-25 | Apple Inc. | Support of flexible PDCCH monitoring in new radio (NR) |
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| US20050239449A1 (en) * | 2004-04-22 | 2005-10-27 | Don Timms | Mobile communications network slot cycle |
| US8050692B2 (en) * | 2005-12-26 | 2011-11-01 | Zte Corporation | Method for improving paging speed of a called user in CDMA trunking system |
| CN101466072B (en) * | 2007-12-21 | 2010-09-29 | 中兴通讯股份有限公司 | Method for determining CDMA mobile station cluster service paging time slot |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103249145A (en) * | 2012-02-02 | 2013-08-14 | 鼎桥通信技术有限公司 | Paging record issuing method and network equipment |
| CN103249145B (en) * | 2012-02-02 | 2016-03-30 | 鼎桥通信技术有限公司 | Paging acknowledgment delivery method and the network equipment |
| WO2018126868A1 (en) * | 2017-01-05 | 2018-07-12 | 中兴通讯股份有限公司 | Paging cycle determination method, terminal device, base station and system, and storage medium |
| US11234144B2 (en) * | 2017-05-05 | 2022-01-25 | Apple Inc. | Support of flexible PDCCH monitoring in new radio (NR) |
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