CN101577961A - Channel scheduling method and mobile device - Google Patents
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Abstract
The invention provides a channel scheduling method and a mobile device. The mobile device comprises a wireless transceiver, a first user identification module, a second user identification module and a microcontrol unit, wherein the first user identification module predicts to receive a first clustering sequence comprising a plurality of first clustering information from a first base station in a first time interval by the wireless transceiver; the second user identification module predicts to receive a second clustering sequence comprising a plurality of second clustering information from a second base station in a second time interval by the wireless transceiver; in the second time interval, a third time interval is overlapped with the first time interval, and a fourth time interval is not overlapped with the first time interval; and the microcontrol unit completely receives the first clustering information of the first clustering sequence in the first time interval, receives part of the second clustering information of the second clustering sequence in the fourth time interval, and obtains first broadcast information and second broadcast information respectively according to the received first clustering information and part of the received second clustering information. The invention can solve the problem that two SIM cards respectively keep online and time-sequence synchronization with respective service base stations simultaneously.
Description
Technical field
The present invention is relevant for a kind of channel scheduling method, particularly relevant for a kind of channel scheduling method that is applied to mobile device.
Background technology
Global system for mobile communications (Global System for Mobile communication, GSM) be widely used a kind of mobile phone technology now, (EuropeanTelecommunication Standards Institute ETSI) is responsible to define its use standard and specification by European Telecommunication Standard institute.Global system for mobile communications is a time-division multiple access (Time Division Multiple Access, a TDMA) system.For carrier frequency, use the mode of time division multiple access, a frame (frame) time is cut into eight time slots, each time slot can be used for transmitting the data of a user's a logic channel.In addition, (it utilizes untapped channel in the global system for mobile communications network to general packet radio service, and the data delivery service of middling speed is provided for General Packet Radio Service, GPRS) a kind of technology that can use for global system for mobile communications.
Global system for mobile communications is formed with mobile device, base station sub-system, mobile switching centre and with user-dependent database, is the cellular network framework.One mobile device can online (camp on) to a base station, and look this base station, so that this mobile device voice call and data transport service to be provided as serving BS.Each base station has a signal covering scope, if this mobile device detects the signal of serving BS when more weak when standby mode, then can carry out base station reselection (cell reselection), also promptly connect to the stronger neighbor base station of signal voluntarily with as new serving BS.Mobile device comprises mobile device (as mobile phone) and subscriber identification module two parts.Subscriber identification module claims SIM card again, all contain different international user of mobile station identification codes (Intemational Mobile Subscriber Identity on every SIM card, IMSI) in order to the identification user, and one SIM card include a microcomputer chip, authentification of user and communication security can be provided, also contain internal memory, store various user data, as telephone directory, note etc.
Mobile phone can hold two SIM cards in response to user's needs now, allows the user use the even numbers of different telecom operators or same telecom operators.If a cover GSM/GPRS hardware is only arranged in the mobile phone, two SIM cards just must be shared same set of hardware and do the data transmitting-receiving.Yet,, make to allow two SIM cards become a difficult problem with serving BS maintenance separately is online synchronously with sequential respectively simultaneously owing to a cover GSM/GPRS hardware in the same time can only receive the serving BS signal of single SIM card.Therefore, this area needs a kind of technology to address the above problem.
Summary of the invention
In order to solve above technical problem, spy of the present invention provides a kind of channel scheduling method and mobile device.
Provide a kind of channel scheduling method according to one embodiment of the invention, be applicable to the mobile device of TDMA communication system, wherein mobile device estimates to receive from first base station in very first time interval the first burst sequence of first channel, and estimate to receive from second base station second burst sequence of second channel in second time interval, and wherein the first burst sequence and the second burst sequence comprise a plurality of first burst information and a plurality of second burst information respectively, each the first burst information and the second burst information are transmitted at the time slot of time division multiple access frame respectively, and wherein second time interval comprises that the 3rd time interval and very first time interval are overlapping, and the 4th time interval and very first time interval not overlapping, channel scheduling method comprises: in the first burst information of the interval complete reception first burst sequence of the very first time, receive the second burst information of a part of second burst sequence in the 4th time interval, obtain first broadcast message of first base station according to the first burst information that receives, and second broadcast message that obtains second base station according to a part second burst information that receives.
A kind of mobile device is provided according to another embodiment of the present invention, is applicable to TDMA communication system, comprise wireless transceiver, first subscriber identification module, second subscriber identification module and micro-control unit.First subscriber identification module to first base station login, and estimates to receive from first base station by wireless transceiver in very first time interval the first burst sequence of first channel by wireless transceiver, and wherein the first burst sequence comprises a plurality of first burst information.Second subscriber identification module by wireless transceiver to second base station login, and estimate to receive from second base station by wireless transceiver the second burst sequence of second channel in second time interval, wherein the second burst sequence comprises a plurality of second burst information, each the first burst information and the second burst information are transmitted at a time slot of a time-division multiple access frame respectively, and second time interval comprises that one the 3rd time interval and very first time interval are overlapping, and one the 4th time interval and very first time interval are not overlapping.Micro-control unit is in the first burst information of the interval complete reception first burst sequence of the very first time, receive the second burst information of a part of second burst sequence in the 4th time interval, obtain first broadcast message of first base station according to the first burst information that receives, and obtain second broadcast message of second base station according to a part second burst information that receives.
Therefore the present invention can solve and allow two SIM cards keep the online and synchronous problem of sequential with separately serving BS respectively simultaneously.
Description of drawings
Fig. 1 is the schematic diagram of a descending chain multiframe channel format example.
Fig. 2 is the schematic diagram according to the internal circuit framework of the described mobile device of the embodiment of the invention.
Fig. 3 is a kind of schematic diagram of network topology example.
Fig. 4 is a kind of schematic diagram of overlapping situation example.
Fig. 5 is the schematic flow sheet that produces calling channel burst sequence at the base station end.
Fig. 6 is the schematic diagram of another kind of overlapping situation example.
Fig. 7 is the schematic diagram of the overlapping possible situation example of multiple burst sequence in various degree.
Fig. 8 is according to the described channel scheduling method flow chart of the embodiment of the invention.
Embodiment
In the GSM/GPRS system, European Telecommunication Standard institute (ESTI) standard the behavior of mobile device in standby mode, to reach the ability of mobility and foundation/reception conversation.When mobile device is started shooting, at first can search contiguous base station, measure the power of each base station, seek the strongest base station of power, and confirm whether this base station is affiliated telecom operators.After waiting to search out suitable base station, mobile device can make network terminal can learn the information of mobile device to this base station login, and after accreditation process was finished, mobile device just can be online to this base station.When mobile device when being online to a base station, can obtain a logic channel form from this base station, comprise up link (uplink) channel format and down link (downlink) channel format, base station and the mobile device logic channel order of Data transmission is each other contained in the inside.
Logic channel is broadly divided into data channel (Traffic Channel) and signaling channel (SignalingChannel) two classes, but the wherein voice of data channel transmission user or data data, and signaling channel can transmit the control signal between base station and the mobile device.Signaling channel can be divided into broadcast channel (Broadcastchannel, BCH), common control channel (Common Control Channel, CCCH) and Dedicated Control Channel (Dedicate control channel, DCCH) three classes.In GSM standard, defined several broadcast channels at present:
Broadcast Control Channel (Broadcast Control Channel, BCCH)
Frequency correction channel (Frequency Correction Channel, FCCH)
Synchronizing channel (Synchronization Channel, SCH)
The note broadcast channel (Cell Broadcast Channel, CBCH)
They are respectively to be used for transmitting the network general information, to proofread and correct carrier frequency, to adjust frame synchronization and to transmit the user that note is given whole base station.In addition, Broadcast Control Channel comprises many important network informations, for example the downlink channel form of base station, calling cycle information such as (paging duration).
Common control channel mainly be used for and the specific mobile device conversed between the usefulness of transmission information, include:
Direct access communications channels (Random Access Channel, RACH)
Access permission channel (Access Grant Channel, AGCH)
Calling channel (Paging Channel, PCH)
Notification channel (Notification Channel, NCH)
In the GSM network, each user is before conversing, and time slot from a sky to network that must be earlier obtain could begin to communicate, and direct access communications channels allows mobile device send the channel request for utilization exactly and gives the base station.File an application whether success as for mobile device, then be by the base station correctly receiving after mobile device sends the channel request for utilization, allow channel by access, mobile device is sent back in the usufructuary affirmation response of channel.Calling channel mainly is before incoming call will be made certain mobile device, allows the base station be used for calling out mobile device.Notification channel can be used as transmission voice group call services, can provide the user to call out a plurality of other users simultaneously.
Fig. 1 shows one by the defined down link multiframe of ESTI (multi-frame) channel format example, multiframe 10 comprises 51 time division multiple access frames (TDMA frame), and this channel format standard goes out the sequential of the burst sequence (burst sequence) of each channel that sends the base station.F represents the burst sequence of frequency correction channel, and what wherein transmit is the string ripple signal of a fixed frequency, makes that the mobile device recoverable in the covering scope of base station arrives and the identical carrier frequency of base station use, reaches the synchronous of frequency.S represents the burst sequence of synchronizing channel, putting down in writing base station identity code (Base Station Identity Code, BSIC), and the frame number of the simplification of the present time division multiple access frame in base station (Reduced Frame Number, RFN), make mobile device to reach the synchronous of time with the base station.B represents the burst sequence of Broadcast Control Channel, is putting down in writing radio link configuration, synchronizing information of base station etc.C represents the burst sequence of common control channel, wherein according to the definition of ESTI, direct access communications channels, access allow the burst sequence of channel, calling channel and notification channel to transmit at the time division multiple access frame of common control channel, therefore in down link multiframe channel format 10 as shown in Figure 1, the time division multiple access frame of common control channel may comprise that access from the base station allows information, (Paging Indicator, PI) indication information etc. grouied busy in information or voice to call out indication.It should be noted that, learn the frame number of the present time division multiple access frame in base station when mobile device after, can set up the synchronous of sequential with the base station, and set up out multiframe channel format with base station synchronization in the mobile device end, thus, mobile device can receive corresponding burst sequence at specific time point, with the information of correct each time division multiple access frame of reception.
Fig. 2 shows the inside structure according to the described mobile device 100 of embodiments of the invention, and mobile device 100 comprises wireless transceiver 101, first subscriber identification module (SIM 1), 102, second subscriber identification module (SIM 2) 103 and fundamental frequency processor 104.Wireless transceiver 101 comprises conveyer and receiving system (not shown), sends out in order to the carrier frequency that fundamental frequency signal is stated from online base station, and the high-frequency signal frequency reducing that receives is become fundamental frequency signal, is resent to fundamental frequency processor 104.Fundamental frequency processor 104 is in order to handle the fundamental frequency signal of mobile device 100 inside, to comprise responsible signal interpretation, sequencing control and other Digital Signal Processing etc.Fundamental frequency processor 104 also comprises micro-control unit (Micro ControlUnit, MCU) 105, receive the data of unity logic channel in order to control wireless transceiver 101 in the set time, and these data only belong to subscriber identification module 102 and 103 one of them all.
Fig. 3 is a kind of network topology example.According to embodiments of the invention, subscriber identification module 102 and 103 is shared the fundamental frequency processor 104 and wireless transceiver 101 in the mobile device, therefore subscriber identification module 102 and 103 can be passed through wireless transceiver 101 respectively to base station 301 and base station 302 registrations, online, and respectively by base station 301 and base station 302 transmitted in both directions voice and data packets.It should be noted that subscriber identification module 102 can adhere to different telecommunications companies separately with 103, as shown in Figure 3.In Fig. 3, base station 301 belongs to communication network 303, and base station 302 belongs to communication network 304, and the subscriber identification module 102 of mobile device 100 can be online to base station 301, and subscriber identification module 103 can be online to base station 302.In addition, as known for the skilled artisan, subscriber identification module 102 and 103 also can belong to same telecommunications company, and subscriber identification module 102 and 103 also may be online to the different base station of same communication network in the case, even same base station.Therefore above explanation is not in order to limit the present invention.
Behind online respectively upward base station 301 of mobile device 100 and base station 302, can obtain the frame number of base station 301 and base station 302 present time division multiple access frames respectively by the burst sequence content that broadcast the base station.Then, the time sequence control device (not shown) of micro-control unit 105 inside can be set up out the multiframe channel format synchronous with base station 301 and base station 302 respectively, in order to the base station reach sequential synchronously.Yet, since the 101 same times of wireless transceiver can only receive the data of a logic channel.Therefore, in the process of channel scheduling, micro-control unit 105 can give base station 301 the priority memory access weight different with each logic channel of base station 302, relatively two pairing priority memory access weights of logic channel in the given time and when overlapping situation, and one higher data of priority memory access weight in two logic channels of control wireless transceiver 101 complete receptions.
Fig. 4 shows a kind of overlapping situation example 40, wherein multiframe channel format 401 is the synchronous multiframe channel format in mobile device 100 inner set ups and base station 301, and multiframe channel format 402 is the synchronous multiframe channel format in mobile device 100 inside set ups and base station 302.As shown in the figure, mobile device 100 is estimated the burst sequence by wireless transceiver 101 301 receipt of call channels from the base station in time interval T1, and estimate the burst sequence by wireless transceiver 101 302 reception Broadcast Control Channel from the base station in time interval T2, wherein time interval T1 and T2 comprise software or hardware time of time of wireless transceiver 101 and fundamental frequency processor 104 inside, and as shown in the figure time interval T1 and T2 to have a part-time interval overlapping.In this situation, because the burst sequence of calling channel may be carried the information of calling out indication (PI) secretly, and the burst sequence of Broadcast Control Channel can regularly repeat to transmit, therefore, in the process of channel scheduling, micro-control unit 105 can give base station 301 higher priority weight at time interval T1, and control wireless transceiver 101 is at four burst information P0～P3 of the complete receipt of call channel of time interval T1.
When overlapping situation took place, the foundation of giving priority weight can be according to the kind of channel or according to the time sequencing of the burst sequence that overlaps.Under as shown in FIG. 4 the situation of example, micro-control unit 105 thinks that calling channel may carry important information secretly, therefore gives the priority weight that calling channel is higher than Broadcast Control Channel.Perhaps micro-control unit 105 also can be selected complete reception start time point burst sequence early, as the calling channel burst sequence among Fig. 4 according to the start time point of the burst sequence of two channels.On the other hand, micro-control unit 105 also can be given priority weight randomly, perhaps in turn higher priority weight is given the two burst sequences that overlap one, perhaps the telecom operators of the comparatively preference that sets according to the user give its corresponding higher priority weight of burst sequence.
According to embodiments of the invention, behind four burst information P0～P3 of wireless transceiver 101 complete receipt of call channels, micro-control unit 105 is gone back may command wireless transceiver 101 continues to receive Broadcast Control Channel at time interval T4 burst information B1～B3.Because in gsm system, the data that transmit the base station are handled through specific chnnel coding and staggered (interleaving), so still the have the ability burst information B1～B3 of the Broadcast Control Channel by a part of fundamental frequency processor 104 deciphers out the broadcast message of base station.
Fig. 5 is presented at the schematic flow sheet that the base station end produces calling channel burst sequence.Suppose that the call information 210 of carrying call information secretly has 228 data altogether.The chnnel coding of 1/2 code rate is at first carried out in the base station, and for example convolutional encoding (convolution encode) is encoded into call information 210 coded data 220 with 456.Then will by staggered the processing coded data 220 be broken up to four burst information 231,232,233,234 again, for example shown in the figure, continuous coded data G0 and G1 average mark are dissipated to four burst information, so each burst information has comprised 114 coded data.At last, the base station can be sent to mobile device 100 with burst information 231～234.Hence one can see that, as shown in Figure 4, when overlapping situation takes place, especially when the calling channel burst sequence generation sequential of base station 301 and base station 302 is overlapping, in order not miss the important call information of base station 302, micro-control unit 105 can be abandoned the superimposed burst information of a part of sequential, and control wireless transceiver 101 receives the not superimposed residue burst information of sequential.After waiting to have collected remaining burst information, fundamental frequency processor 104 can use specific decoding algorithm, and for example Viterbi (Viterbi) decoding algorithm is deciphered out the broadcast message of base station 302.Similarly, fundamental frequency processor 104 also can use this decoding algorithm to decipher out the broadcast message of base station 301.
According to the embodiment of the invention, partly overlapping situation takes place in the reception sequential that channel scheduling method proposed by the invention can be applicable to various logical channels burst sequence.As shown in Figure 4, when the time, interval T4 was later than time interval T1, micro-control unit 105 can be controlled four burst information P0～P3 of wireless transceiver 101 complete reception base stations 301 earlier, then controls burst information B1～B3 that wireless transceiver 101 receives a part of base station 302 again.Fig. 6 shows another kind of overlapping situation example 60, wherein time interval T4 is early than time interval T1, micro-control unit 105 can be controlled burst information B0～B2 that wireless transceiver 101 receives a part of base station 302 earlier, then controls four burst information P0～P3 of wireless transceiver 101 complete reception base stations 301 again.
In addition, channel scheduling method proposed by the invention also can be applicable to the overlapping situation of multiple burst sequence in various degree.Fig. 7 shows the possible situation example 70 that multiple burst sequence in various degree is overlapping, and wherein multiframe channel format 402A～402F is respectively in order to the overlapping situation of showed different burst sequence.As shown in the figure, when the burst information P1～P3 of the burst information B0～B2 of multiframe channel format 402A and multiframe channel format 401 overlaps, micro-control unit 105 can be controlled four burst information P0～P3 of wireless transceiver 101 complete reception base stations 301 earlier, then control the burst information B3 that wireless transceiver 101 receives a part of base station 302 again, and decipher out the broadcast message of base station 301 and base station 302 according to burst information P0～P3 that receives and burst information B3 respectively.Perhaps, when the burst information P2～P3 of the burst information B0～B1 of multiframe channel format 402B and multiframe channel format 401 overlaps, micro-control unit 105 can be controlled four burst information P0～P3 of wireless transceiver 101 complete reception base stations 301 earlier, then control burst information B2～B3 that wireless transceiver 101 receives a part of base station 302 again, and decipher out the broadcast message of base station 301 and base station 302 according to the burst information P0～P3 that receives and burst information B2～B3 respectively.Perhaps, when the burst information P3 of the burst information B0 of multiframe channel format 402C and multiframe channel format 401 overlaps, micro-control unit 105 can be controlled four burst information P0～P3 of wireless transceiver 101 complete reception base stations 301 earlier, then control burst information B1～B3 that wireless transceiver 101 receives a part of base station 302 again, and decipher out the broadcast message of base station 301 and base station 302 according to the burst information P0～P3 that receives and burst information B1～B3 respectively.Perhaps, when the burst information P0 of the burst information B3 of multiframe channel format 402D and multiframe channel format 401 overlaps, micro-control unit 105 can be controlled burst information B0～B2 that wireless transceiver 101 receives a part of base station 302 earlier, then control four burst information P0～P3 of wireless transceiver 101 complete reception base stations 301 again, and decipher out the broadcast message of base station 301 and base station 302 according to the burst information P0～P3 that receives and burst information B0～B2 respectively.Perhaps, when the burst information P0～P1 of the burst information B2～B3 of multiframe channel format 402E and multiframe channel format 401 overlaps, micro-control unit 105 can be controlled burst information B0～B1 that wireless transceiver 101 receives a part of base station 302 earlier, then control four burst information P0～P3 of wireless transceiver 101 complete reception base stations 301 again, and decipher out the broadcast message of base station 301 and base station 302 according to the burst information P0～P3 that receives and burst information B0～B1 respectively.Perhaps, when the burst information P0～P2 of the burst information B1～B3 of multiframe channel format 402F and multiframe channel format 401 overlaps, micro-control unit 105 can be controlled the burst information B0 that wireless transceiver 101 receives a part of base station 302 earlier, then control four burst information P0～P3 of wireless transceiver 101 complete reception base stations 301 again, and decipher out the broadcast message of base station 301 and base station 302 according to burst information P0～P3 that receives and burst information B0 respectively.
It should be noted that, though above paragraph uses calling channel and Broadcast Control Channel to illustrate as example, yet channel scheduling method proposed by the invention can be applicable to the broadcast logical channel under the various standby modes, and for example calling channel, access allow channel and Broadcast Control Channel etc.In addition, above paragraph uses the GSM/GPRS system to illustrate as example, yet it should be noted that channel scheduling method proposed by the invention also can be applicable to the UMTS of 3G (Third Generation) Moblie (Universal MobileTelecommunications System) system, wherein the broadcast logical channel that channel scheduling method was suitable for can be the main common control physical channel (primary common control physicalchannel) among the UMTS, less important common control physical channel (secondary common control physical channel), obtain indicating channel (acquisition indication channel) and call out indicating channel (pagingindication channel) etc.
Fig. 8 shows according to the described channel scheduling method flow chart of the embodiment of the invention.Suppose that mobile device estimates to receive from first base station in very first time interval the first burst sequence of first channel, and estimate to receive from second base station second burst sequence of second channel in one second time interval, when second time interval comprises that one the 3rd time interval and very first time interval are overlapping, and the 4th time interval and the very first time interval when not overlapping, mobile device is at first in the first burst information (step S1) of the interval complete reception first burst sequence of the very first time.Then, mobile device receives the second burst information (step S2) of a part of second burst sequence in the 4th time interval.Then, mobile device is obtained first broadcast message (step S3) of first base station according to the first burst information that receives.At last, mobile device is obtained second broadcast message (step S4) of second base station according to a part second burst information that receives.
Claims (19)
1. channel scheduling method, be applicable to the mobile device of a TDMA communication system, above-mentioned mobile device estimates to receive from first base station in very first time interval the first burst sequence of first channel, and estimate to receive from second base station second burst sequence of second channel in second time interval, wherein above-mentioned first burst sequence and the above-mentioned second burst sequence comprise a plurality of first burst information and a plurality of second burst information respectively, each above-mentioned first burst information and the above-mentioned second burst information are transmitted at the time slot of time division multiple access frame respectively, and wherein above-mentioned second time interval comprises that the 3rd time interval and above-mentioned very first time interval are overlapping, and the 4th time interval and above-mentioned very first time interval not overlapping, above-mentioned channel scheduling method comprises:
The above-mentioned first burst information in the above-mentioned first burst sequence of interval complete reception of the above-mentioned very first time;
Receive the above-mentioned second burst information of the above-mentioned second burst sequence of a part in above-mentioned the 4th time interval;
Obtain first broadcast message of above-mentioned first base station according to the above-mentioned first burst information that receives; And
Obtain second broadcast message of above-mentioned second base station according to the above-mentioned second burst information of a part that receives.
2. channel scheduling method according to claim 1, it is characterized in that, above-mentioned mobile device comprises wireless transceiver, first subscriber identification module and second subscriber identification module, and wherein above-mentioned first subscriber identification module and above-mentioned second subscriber identification module are passed through above-mentioned wireless transceiver respectively to above-mentioned first base station and above-mentioned second base station login, and receive above-mentioned first burst sequence and the above-mentioned second burst sequence from above-mentioned first base station and above-mentioned second base station respectively by above-mentioned wireless transceiver.
3. channel scheduling method according to claim 1 is characterized in that, above-mentioned first channel and above-mentioned second channel are respectively calling channel, access permission channel and Broadcast Control Channel one.
4. channel scheduling method according to claim 1 is characterized in that, the interval and above-mentioned second time interval equal in length of the above-mentioned very first time.
5. channel scheduling method according to claim 1 is characterized in that, above-mentioned the 4th time interval is later than above-mentioned very first time interval.
6. channel scheduling method according to claim 1 is characterized in that, above-mentioned the 4th time interval is early than above-mentioned very first time interval.
7. channel scheduling method according to claim 1 is characterized in that, this method also comprises:
Determine the pairing second priority memory access weight of pairing first priority memory access weight of above-mentioned first channel and above-mentioned second channel respectively;
More above-mentioned first priority memory access weight and the above-mentioned second priority memory access weight are to obtain a comparative result; And
Determine the above-mentioned first burst information of the above-mentioned first burst sequence of complete reception according to above-mentioned comparative result.
8. channel scheduling method according to claim 1 is characterized in that, above-mentioned first broadcast message and above-mentioned second broadcast message are to obtain according to Viterbi decoding algorithm.
9. channel scheduling method according to claim 5, it is characterized in that, the above-mentioned second burst sequence comprises the second burst information of first, the second burst information of second portion, second burst information and the tetrameric second burst information of third part, transmit the second burst information of above-mentioned first in above-mentioned the 3rd time interval when above-mentioned second base station, and transmit the second burst information of above-mentioned second portion in above-mentioned the 4th time interval, when second burst information of above-mentioned third part and the above-mentioned tetrameric second burst information, above-mentioned mobile device abandons receiving the second burst information of above-mentioned first in above-mentioned the 3rd time interval, and receives the second burst information of above-mentioned second portion in above-mentioned the 4th time interval, the second burst information and the above-mentioned tetrameric second burst information of above-mentioned third part.
10. channel scheduling method according to claim 6, it is characterized in that, the above-mentioned second burst sequence comprises the second burst information of first, the second burst information of second portion, second burst information and the tetrameric second burst information of third part, transmit the second burst information of above-mentioned first in above-mentioned the 4th time interval when above-mentioned second base station, second burst information of above-mentioned second portion and the second burst information of above-mentioned third part, and when above-mentioned the 3rd time interval transmits the above-mentioned tetrameric second burst information, above-mentioned mobile device receives the second burst information of above-mentioned first in above-mentioned the 4th time interval, second burst information of above-mentioned second portion and the second burst information of above-mentioned third part, and stop to receive the above-mentioned tetrameric second burst information in above-mentioned the 3rd time interval.
11. a mobile device is applicable to TDMA communication system, it is characterized in that, this mobile device comprises:
Wireless transceiver;
First subscriber identification module, by above-mentioned wireless transceiver to first base station login, and estimate to receive from above-mentioned first base station by above-mentioned wireless transceiver in very first time interval the first burst sequence of first channel, the wherein above-mentioned first burst sequence comprises a plurality of first burst information;
Second subscriber identification module, by above-mentioned wireless transceiver to second base station login, and estimate to receive from above-mentioned second base station by above-mentioned wireless transceiver the second burst sequence of second channel in second time interval, the wherein above-mentioned second burst sequence comprises a plurality of second burst information, each above-mentioned first burst information and the above-mentioned second burst information are transmitted at the time slot of time division multiple access frame respectively, and above-mentioned second time interval comprises that the 3rd time interval and above-mentioned very first time interval are overlapping, and the 4th time interval and above-mentioned very first time interval are not overlapping; And
Micro-control unit, be used to the above-mentioned first burst information of the above-mentioned first burst sequence of interval complete reception of the above-mentioned very first time, receive the above-mentioned second burst information of the above-mentioned second burst sequence of a part in above-mentioned the 4th time interval, obtain first broadcast message of above-mentioned first base station and second broadcast message that obtains above-mentioned second base station according to the above-mentioned second burst information of a part that receives according to the above-mentioned first burst information that receives.
12. mobile device according to claim 11 is characterized in that, above-mentioned first channel and above-mentioned second channel are respectively calling channel, access permission channel and Broadcast Control Channel one.
13. mobile device according to claim 11 is characterized in that, the interval and above-mentioned second time interval equal in length of the above-mentioned very first time.
14. mobile device according to claim 11 is characterized in that, above-mentioned the 4th time interval is later than above-mentioned very first time interval.
15. mobile device according to claim 11 is characterized in that, above-mentioned the 4th time interval is early than above-mentioned very first time interval.
16. mobile device according to claim 11, it is characterized in that, above-mentioned micro-control unit is also in order to determine the pairing second priority memory access weight of pairing first priority memory access weight of above-mentioned first channel and above-mentioned second channel, more above-mentioned first priority memory access weight and the above-mentioned second priority memory access weight, obtaining comparative result, and determine the above-mentioned first burst information of the above-mentioned first burst sequence of complete reception according to above-mentioned comparative result.
17. mobile device according to claim 11 is characterized in that, above-mentioned first broadcast message and above-mentioned second broadcast message are to obtain according to Viterbi decoding algorithm.
18. mobile device according to claim 14, it is characterized in that, the above-mentioned second burst sequence comprises the second burst information of first, the second burst information of second portion, second burst information and the tetrameric second burst information of third part, when second burst information of above-mentioned first and the second burst information of above-mentioned second portion are transmitted in above-mentioned the 3rd time interval in above-mentioned second base station, and when above-mentioned the 4th time interval transmits the second burst information of above-mentioned third part and the above-mentioned tetrameric second burst information, above-mentioned mobile device abandons receiving second burst information of above-mentioned first and the second burst information of above-mentioned second portion in above-mentioned the 3rd time interval, and receives the second burst information and the above-mentioned tetrameric second burst information of above-mentioned third part in above-mentioned the 4th time interval.
19. mobile device according to claim 15, it is characterized in that, the above-mentioned second burst sequence comprises the second burst information of first, the second burst information of second portion, second burst information and the tetrameric second burst information of third part, when second burst information of above-mentioned first and the second burst information of above-mentioned second portion are transmitted in above-mentioned the 4th time interval in above-mentioned second base station, and when above-mentioned the 3rd time interval transmits the second burst information of above-mentioned third part and the above-mentioned tetrameric second burst information, above-mentioned mobile device receives second burst information of above-mentioned first and the second burst information of above-mentioned second portion in above-mentioned the 4th time interval, and stops to receive the second burst information and the above-mentioned tetrameric second burst information of above-mentioned third part in above-mentioned the 3rd time interval.
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| Application Number | Priority Date | Filing Date | Title |
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| CNA2008100952216A CN101577961A (en) | 2008-05-05 | 2008-05-05 | Channel scheduling method and mobile device |
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| CNA2008100952216A CN101577961A (en) | 2008-05-05 | 2008-05-05 | Channel scheduling method and mobile device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103889068A (en) * | 2012-12-19 | 2014-06-25 | 英特尔移动通信有限责任公司 | Communication Device And Method For Controlling A Receiver |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103889068A (en) * | 2012-12-19 | 2014-06-25 | 英特尔移动通信有限责任公司 | Communication Device And Method For Controlling A Receiver |
| US10064209B2 (en) | 2012-12-19 | 2018-08-28 | Intel Deutschland Gmbh | Communication device and method for controlling a receiver |
| CN103889068B (en) * | 2012-12-19 | 2019-01-22 | 英特尔德国有限责任公司 | Communication device and method for controlling and receiving device |
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