CN100407801C - Method for scheduling calling information in subsystem of basic station - Google Patents
Method for scheduling calling information in subsystem of basic station Download PDFInfo
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- CN100407801C CN100407801C CN200410033511XA CN200410033511A CN100407801C CN 100407801 C CN100407801 C CN 100407801C CN 200410033511X A CN200410033511X A CN 200410033511XA CN 200410033511 A CN200410033511 A CN 200410033511A CN 100407801 C CN100407801 C CN 100407801C
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Abstract
The present invention discloses a method for scheduling paging messages in a base station subsystem. In the method, according to the type of the paging messages, a population message queue, a communication channel assignment message and response message queue, a voice service calling correlation time slot message queue, a data service calling correlation time slot message queue, a voice service calling correlation other non-time slot message queue, a data service calling correlation other non-time slot message queue, a non-calling correlation time slot message queue, a non-calling correlation non-time slot message queue and a broadcast message queue are established according to the grade of the priority of the paging messages in the base station subsystem. The received paging messages are stored in a message queue corresponding to the type of the paging messages, and when one time slot starts scheduling the paging messages, the paging messages are sent in every message queue according to the grade of the priority of the paging messages to exactly select and schedule different paging messages. The harmful influence caused by the delay and the discarding of the paging messages is reduced, and service quality is improved.
Description
Technical field
The present invention relates to code division multiple access (CDMA, Code Division Multiple Access) station technology, relate in particular to a kind of method of in base station sub-system, dispatching beep-page message.
Background technology
Cdma base station subsystem (BSS, Base Station System) base station transceiver (BTS, BaseStation Transceiver) in the process of handling beep-page message, according to the paging receiving of the transmission characteristics separately message of beep-page message, and adopt certain dispatching method that the beep-page message that receives is sent to air interface.But BTS at first will satisfy the air interface bandwidth requirement to the disposal ability of beep-page message, since the bandwidth constraints of air interface the beep-page message flow, so at heavy traffic period, the beep-page message flow is big, delayed delivery or what abandon is important beep-page message will inevitably cause the delayed delivery of beep-page message and abandon, if then can bring very serious consequence to calling, such as, calling may can't insert for a long time.Therefore, aloft under the certain condition of interface bandwidth, BTS need pass through rational beep-page message dispatching method, reduces because the delay of beep-page message and abandon the harmful effect that is brought.
Beep-page message dispatching method about BTS in the prior art is: beep-page message is divided into general messages, slotted messages and non-slotted messages, and according to its significance level setting priority, the preferential general messages that sends in a time slot, sending time slots message sends non-slotted messages at last again.Though this method can be alleviated owing to the delay of beep-page message and abandon the harmful effect that is caused, but, because this method only is divided into three types roughly with beep-page message, and dispatch processing according to this, and the beep-page message more complicated in the cdma system, so therefore the method for prior art selection scheduling beep-page message very accurately still can postpone and abandon many important beep-page messages, thereby also can cause bigger harmful effect to business, service quality is not high.
Summary of the invention
In view of this, main purpose of the present invention provides a kind of method of dispatching beep-page message in base station sub-system, and accurately the different beep-page message of selection scheduling reduces owing to postponing and abandoning the harmful effect that beep-page message causes, and improves service quality.
To achieve these goals, technical scheme of the present invention specifically is achieved in that
A kind of method of in base station sub-system, dispatching beep-page message, this method comprises:
A, in base station sub-system, set up the general messages formation according to the type of beep-page message with at the priority orders of described beep-page message type, channel assignment message and response message formation, the related time-slot message queue is called out in speech business, data service calls related time-slot message queue, relevant other non-slotted messages formations are called out in speech business, data service calls other non-slotted messages formations of being correlated with, non-calling related time-slot message queue, relevant non-slotted messages formation of non-calling and broadcast formation;
B, when base station sub-system receives beep-page message, read the characteristic information in this beep-page message, according to the type characterization information in this characteristic information with this beep-page message leave in the corresponding message queue of the type of this beep-page message in;
C, when a time slot begins to dispatch beep-page message, then read general messages formation, channel assignment message and response message formation, speech business calling related time-slot message queue, data service calls related time-slot message queue, relevant other the non-slotted messages formations of speech business calling, relevant other the non-slotted messages formations of data service calls, non-calling related time-slot message queue, the relevant non-slotted messages formation of non-calling and broadcast formation successively, and send the beep-page message that exists in described each message queue successively according to described priority orders.
Type characterization information in the described characteristic information comprises message type field and service option field, wherein message type field is used to distinguish general messages sign, channel assignment message sign, response message sign or broadcast sign, service option field is used to distinguish speech business sign or data service sign, and calls out correlated identities.
Among the described step B according to the type characterization information of described characteristic information with described beep-page message leave in the corresponding message queue of the type of this beep-page message in concrete grammar comprise:
Whether the message type field of type characterization information is the general messages sign in a, the judging characteristic information, if, then this beep-page message is deposited in the general messages formation, otherwise, next step carried out;
B, judge that whether the message type field of type characterization information in this characteristic information is channel assignment message sign or response message sign, if, then this beep-page message is deposited in channel assignment message and the response message formation, otherwise, next step carried out;
Whether broadcast identifies the message type field of type characterization information in c, the judging characteristic information, if, then this beep-page message is deposited in the broadcast formation, otherwise, next step carried out;
D, judge the mode of operation of the pairing communication equipment terminal of this beep-page message, if the mode of operation of this communication equipment terminal is a slotted mode, then whether the service option field of type characterization information has the calling correlated identities in the judging characteristic information, if have, execution in step e then, otherwise, deposit this beep-page message in non-calling related time-slot message queue; If the mode of operation of this communication equipment terminal is non-slotted mode, then whether the service option field of type characterization information has the calling correlated identities in the judging characteristic information, if having, and execution in step f then, otherwise, deposit this beep-page message in non-calling relevant non-slotted messages formation;
Whether the business of type characterization information is pointed to field in e, the judging characteristic information speech business sign or data service sign, if the speech business sign is arranged, then this beep-page message is deposited in speech business and call out the related time-slot message queue, if the data service sign is arranged, then this beep-page message is deposited in data service calls related time-slot message queue, process ends;
Whether the business of type characterization information is pointed to field in f, the judging characteristic information speech business sign or data service sign, if the speech business sign is arranged, then this beep-page message is deposited in speech business and call out relevant other non-slotted messages formations, if the data service sign is arranged, then this beep-page message is deposited in relevant other the non-slotted messages formations of data service calls.
Comprise in the characteristic information of described beep-page message this beep-page message the identification number of corresponding communication equipment terminal, judge described in the steps d beep-page message the method for mode of operation of corresponding communication equipment terminal be the mode of operation that from the record data of base station sub-system, reads this communication equipment terminal according to the identification number of the corresponding communication equipment terminal of this beep-page message in the characteristic information of described beep-page message.
The concrete grammar that sends the beep-page message that exists in the message queue described in the step C is: beep-page message is packaged into the frame of eating dishes without rice or wine, this frame of eating dishes without rice or wine is added to send in the buffer memory to sending.
Among the described step C, after the beep-page message in whenever sending a message queue, further comprising the steps of:
C1, judge whether current time slots fills up, if, process ends then, otherwise, next step carried out;
C2, judge whether current message queue is the minimum message queue of priority, if, then encapsulating one monitors releasing message and fills a null message, add this monitoring releasing message and null message in transmission buffering transmission, otherwise, read the message queue of next priority, continue execution in step C.
Described monitoring is removed message and is used for the notification communication device end in current time slots, removes the beep-page message that message begins to stop to monitor current time slots from receiving this monitoring.
Because method of the present invention is according to the significance level of various beep-page messages, if abandon caused consequence, the requirement of the system specification and the realization of software need, beep-page message accurately is divided into general messages according to the height of priority, ECAM/CAM message and BS ACK ORDER message, related time-slot message is called out in speech business, data service calls related time-slot message, relevant other non-slotted messages are called out in speech business, data service calls other non-slotted messages of being correlated with, non-calling related time-slot message, relevant non-slotted messages of non-calling and broadcast SMS, and send beep-page message according to the height of priority, selection scheduling beep-page message very accurately, thereby guarantee the timely transmission of important beep-page message, reduce greatly owing to postponing and abandoning beep-page message, improve the service quality of system the harmful effect that business caused.
Description of drawings
The structure chart of the message queue that Fig. 1 sets up in BTS for the present invention;
Fig. 2 is for when BTS receives beep-page message, the flow chart that beep-page message is handled;
Fig. 3 sends the flow chart of beep-page message for when a time slot begins to dispatch beep-page message according to the height of priority.
Embodiment
Further specify implementation method of the present invention below in conjunction with the drawings and specific embodiments.
Owing in each beep-page message characteristic information is arranged all, this characteristic information comprises the type characterization information of beep-page message and the identification number of the pairing communication equipment terminal of this beep-page message.Described communication equipment terminal comprises message type field and service option field for being generally the described type characterization information of travelling carriage, wherein message type field comprises the type identification of beep-page message, for example can comprise that general page messages sign, assignment message identify, response message identifies and the broadcast sign, the professional field of pointing to comprises that calling correlated identities, non-calling correlated identities, speech business sign or non-voice service identify.Described characteristic information has identified action function, business option and the transmission characteristics of beep-page message, beep-page message accurately can be divided into different types according to the type characterization information in the characteristic information of beep-page message.In the present embodiment, if abandon the requirement of caused consequence, the system specification and the realization needs of software accurately are divided into following several types according to the significance level of beep-page message:
1, the transmission characteristics by beep-page message are divided into: slotted messages and non-slotted messages.Described time slot is meant the chronomere of the transmission message of agreement regulation, and described slotted messages is represented the beep-page message that communication equipment terminal must just can receive in the time slot of appointment; Described non-slotted messages represents that communication equipment terminal can monitor always, and the beep-page message that can receive at any time.Slotted messages is relevant with the mode of operation of communication equipment terminal with non-slotted messages, if communication equipment terminal is operated in slotted mode, then Xiang Guan beep-page message is a slotted messages, if communication equipment terminal is operated in non-slotted mode, then Xiang Guan beep-page message is non-slotted messages, and the mode of operation of communication equipment terminal is registered in the base station sub-system.
2, be divided into by the beep-page message effect: general messages, call out related news and call out irrelevant message; Described general messages is that communication equipment terminal is collected a kind of beep-page message that obtains network parameter, can collect such as communication equipment terminal and obtain system parameters and access parameter etc.; Described calling related news are and call out relevant message; The irrelevant message of described calling is and calls out incoherent message.
3, call out related news and can also carry out finer division, be divided in the present embodiment: general page messages (GPM), channel assignment message ECAM/CAM, acknowledgement command message BS ACK ORDER and other orders (ORDER) message, RELEASE ORDER message for example, REORDERORDER message etc.Wherein:
Described GPM can be divided into speech business GPM and data service GPM again, and the business option of described speech business GPM is a voice service option, if this speech business GPM abandons, then influence is about to the audio call of foundation; The business option of described data service GPM is packet data service option or circuit type data service, if this data service GPM abandons, then influence is about to the data service calls of foundation;
Described ECAM/CAM is a kind of non-slotted messages, if abandon, then will influence the calling of setting up;
Described BS ACK ORDER is that the LAC layer is exhaled the beginning or the response message of page response, also is a kind of non-slotted messages, if abandon, then will influence the calling of setting up.
4, non-calling related news can also carry out finer division, are divided in the present embodiment: the short message of common signal channel (DBM), MWN message (FNM), the non-slotted messages of other common signal channels and broadcast SMS.Described DBM comprises point-to-point short message and with the short message of point-to-point realization broadcast mode; The non-slotted messages of described other common signal channels is for being the GPM message of a kind of business option for locating with short message; Described broadcast SMS is the short message that comprises broadcast address.
According to above-mentioned classification, and, above-mentioned beep-page message is carried out Determination of priority, below is described as the height of various beep-page message priority according to the significance level of all kinds beep-page message to service impact to beep-page message:
1, the priority of general messages is the highest: because can guarantee that network parameter upgrades in time like this, communication equipment terminal can in time obtain these parameters.
2, slotted messages has precedence over non-slotted messages: because slotted messages can send at any time, so priority scheduling sending time slots message, if assigned timeslot misses, slotted messages will postpone just to send behind the appointment paging cycle, and this cycle was at least 1.28 seconds.But, ECAM/CAM message and BS ACK ORDER message exception, though these two message are non-slotted messages, but owing to abandon, then will influence the calling of setting up, so these two message have precedence over slotted messages, in the present embodiment, will be called other non-slotted messages except that all the non-slotted messages ECAM/CAM message and the BS ACK ORDER message.
3, call out related news and have precedence over non-calling related news: this is can guarantee the normal foundation of calling out because priority treatment is called out related news, if abandon then will influence the service call that is about to or is setting up, can avoid the user directly to experience like this and be rejected, thereby improve user's satisfaction;
4, in calling out related news, ECAM/CAM message, BS ACK ORDER message have precedence over GPM message, and the service call of like this can priority protection setting up is about to the service call set up and give up; In GPM message, because speech business is bigger to user's influence, for example the phone interruption can reduce user's satisfaction greatly, so speech business GPM message has precedence over the scheduling of data service GPM message.
5, in non-calling related news, because broadcast SMS is the broadcasting towards the whole network, major part is non-important service, for example advertisement, and business such as weather forecast are so the priority of broadcast SMS is minimum.
In sum, beep-page message priority sorts as follows from high to low:
General messages＞ECAM/CAM message is called out related time-slot message＞data service calls related time-slot message＞speech business with BS ACK ORDER message＞speech business and is called out relevant other the non-slotted messages of relevant other non-slotted messages＞data service calls＞relevant non-slotted messages＞broadcast SMS of non-calling related time-slot message＞non-calling.
The described method of present embodiment according to above-mentioned to the division of beep-page message type and the height of priority, in BTS, set up different message queues, as shown in Figure 1, height order according to priority is respectively: general messages formation 101, channel assignment message and response message formation 102, related time-slot message queue 103 is called out in speech business, data service calls related time-slot message queue 104, relevant other non-slotted messages formations 105 are called out in speech business, data service calls other non-slotted messages formations 106 of being correlated with, non-calling related time-slot message queue 107, relevant non-slotted messages formation 108 of non-calling and broadcast formation 109.
When BTS receives beep-page message, as shown in Figure 2, according to the type characterization information in the beep-page message characteristic information, distinguish the type of this beep-page message, again according to the type of this beep-page message with this beep-page message leave in the pairing message queue of the type of this beep-page message in, concrete steps are as follows:
Whether broadcast identifies the message type field of type characterization information in step 203, the judging characteristic information, if, then this beep-page message is deposited in the broadcast formation 109, otherwise, next step carried out;
Whether the service option field of type characterization information has speech business sign or data service sign in step 205, the judging characteristic information, if the speech business sign is arranged, then this beep-page message is deposited in speech business and call out related time-slot message queue 103, if the data service sign is arranged, then this beep-page message is deposited in data service calls related time-slot message queue 104, process ends;
Whether the business of type characterization information is pointed to field in step 206, the judging characteristic information speech business sign or data service sign, if the speech business sign is arranged, then this beep-page message is deposited in speech business and call out relevant other non-slotted messages formations 105, if the data service sign is arranged, then this beep-page message is deposited in relevant other the non-slotted messages formations 106 of data service calls.
When a time slot begins to dispatch beep-page message, then height order according to priority reads general messages formation 101 successively, channel assignment message and response message formation 102, related time-slot message queue 103 is called out in speech business, data service calls related time-slot message queue 104, relevant other non-slotted messages formations 105 are called out in speech business, data service calls other non-slotted messages formations 106 of being correlated with, non-calling related time-slot message queue 107, relevant non-slotted messages formation 108 of non-calling and broadcast formation 109, beep-page message in above-mentioned each message queue is sent successively, its concrete steps comprise as shown in Figure 3:
Step 305, judge whether current time slots fills up, if, process ends then, otherwise, next step carried out;
Message and a null message monitor are removed in step 308, one of encapsulation, message and null message are removed in this monitorings added in the transmission buffer memory and send process ends.It is a GPM message that message is removed in described monitoring, is used for the notification communication device end in current time slots, removes the beep-page message that message begins to stop to monitor current time slots from this monitoring.The effect of described null message is to fill current time slots.
By said method, can realize that height according to priority sends general messages, ECAM/CAM message and BS ACK ORDER message, speech business successively and calls out related time-slot message, data service calls related time-slot message, removes ECAM/CAM message and the BS ACK ORDER message that relevant non-slotted messages is called out in other speech businesses, be correlated with non-slotted messages and broadcast SMS of the relevant non-slotted messages of other data service calls, non-calling related time-slot message, non-calling except that ECAM/CAM message and BS ACK ORDER message.
The above; only for the preferable embodiment of the present invention, but protection scope of the present invention is not limited thereto, and anyly is familiar with the people of this technology in the disclosed technical scope of the present invention; the variation that can expect easily or replacement all should be encompassed within protection scope of the present invention.
Claims (7)
- One kind in base station sub-system the scheduling beep-page message method, it is characterized in that this method comprises:A, in base station sub-system, set up the general messages formation according to the type of beep-page message with at the priority orders of described beep-page message type, channel assignment message and response message formation, the related time-slot message queue is called out in speech business, data service calls related time-slot message queue, relevant other non-slotted messages formations are called out in speech business, data service calls other non-slotted messages formations of being correlated with, non-calling related time-slot message queue, relevant non-slotted messages formation of non-calling and broadcast formation;B, when base station sub-system receives beep-page message, read the characteristic information in this beep-page message, according to the type characterization information in this characteristic information with this beep-page message leave in the corresponding message queue of the type of this beep-page message in;C, when a time slot begins to dispatch beep-page message, then read general messages formation, channel assignment message and response message formation, speech business calling related time-slot message queue, data service calls related time-slot message queue, relevant other the non-slotted messages formations of speech business calling, relevant other the non-slotted messages formations of data service calls, non-calling related time-slot message queue, the relevant non-slotted messages formation of non-calling and broadcast formation successively, and send the beep-page message that exists in described each message queue successively according to described priority orders.
- 2. the method for claim 1, it is characterized in that, type characterization information in the described characteristic information comprises message type field and service option field, wherein message type field is used to distinguish general messages sign, channel assignment message sign, response message sign or broadcast sign, service option field is used to distinguish speech business sign or data service sign, and calls out correlated identities.
- 3. method as claimed in claim 2 is characterized in that, among the described step B according to the type characterization information of described characteristic information with described beep-page message leave in the corresponding message queue of the type of this beep-page message in concrete grammar comprise:Whether the message type field of type characterization information is the general messages sign in a, the judging characteristic information, if, then this beep-page message is deposited in the general messages formation, otherwise, next step carried out;B, judge that whether the message type field of type characterization information in this characteristic information is channel assignment message sign or response message sign, if, then this beep-page message is deposited in channel assignment message and the response message formation, otherwise, next step carried out;Whether broadcast identifies the message type field of type characterization information in c, the judging characteristic information, if, then this beep-page message is deposited in the broadcast formation, otherwise, next step carried out;D, judge the mode of operation of the pairing communication equipment terminal of this beep-page message, if the mode of operation of this communication equipment terminal is a slotted mode, then whether the service option field of type characterization information has the calling correlated identities in the judging characteristic information, if have, execution in step e then, otherwise, deposit this beep-page message in non-calling related time-slot message queue; If the mode of operation of this communication equipment terminal is non-slotted mode, then whether the service option field of type characterization information has the calling correlated identities in the judging characteristic information, if having, and execution in step f then, otherwise, deposit this beep-page message in non-calling relevant non-slotted messages formation;Whether the business of type characterization information is pointed to field in e, the judging characteristic information speech business sign or data service sign, if the speech business sign is arranged, then this beep-page message is deposited in speech business and call out the related time-slot message queue, if the data service sign is arranged, then this beep-page message is deposited in data service calls related time-slot message queue, process ends;Whether the business of type characterization information is pointed to field in f, the judging characteristic information speech business sign or data service sign, if the speech business sign is arranged, then this beep-page message is deposited in speech business and call out relevant other non-slotted messages formations, if the data service sign is arranged, then this beep-page message is deposited in relevant other the non-slotted messages formations of data service calls.
- 4. want 3 described methods as right, it is characterized in that, comprise in the characteristic information of described beep-page message this beep-page message the identification number of corresponding communication equipment terminal, judge described in the steps d beep-page message the method for mode of operation of corresponding communication equipment terminal be the mode of operation that from the record data of base station sub-system, reads this communication equipment terminal according to the identification number of the corresponding communication equipment terminal of this beep-page message in the characteristic information of described beep-page message.
- 5. want 1 described method as right, it is characterized in that, the concrete grammar that sends the beep-page message that exists in the message queue described in the step C is: beep-page message is packaged into the frame of eating dishes without rice or wine, this frame of eating dishes without rice or wine is added to send in the buffer memory to sending.
- 6. the method for claim 1 is characterized in that, and is among the described step C, after the beep-page message in whenever sending a message queue, further comprising the steps of:C1, judge whether current time slots fills up, if, process ends then, otherwise, next step carried out;C2, judge whether current message queue is the minimum message queue of priority, if, then encapsulating one monitors releasing message and fills a null message, add this monitoring releasing message and null message in transmission buffering transmission, otherwise, read the message queue of next priority, continue execution in step C.
- 7. method as claimed in claim 6 is characterized in that, described monitoring is removed message and is used for the notification communication device end in current time slots, removes the beep-page message that message begins to stop to monitor current time slots from receiving this monitoring.
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| Application Number | Priority Date | Filing Date | Title |
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| CN200410033511XA CN100407801C (en) | 2004-03-26 | 2004-03-26 | Method for scheduling calling information in subsystem of basic station |
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| CN200410033511XA CN100407801C (en) | 2004-03-26 | 2004-03-26 | Method for scheduling calling information in subsystem of basic station |
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| CN100407801C true CN100407801C (en) | 2008-07-30 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101047527A (en) | 2006-03-27 | 2007-10-03 | 华为技术有限公司 | Media flow queue processing method based on control |
| CN101527931B (en) * | 2008-03-07 | 2011-08-24 | 中兴通讯股份有限公司 | Method for controlling paging time slot overload in CDMA 2000 1X system |
| CN103517442B (en) * | 2012-06-27 | 2018-12-21 | 南京中兴软件有限责任公司 | Increase method and the base station for eating dishes without rice or wine to page processing capacity |
| CN105764139A (en) * | 2014-12-16 | 2016-07-13 | 中兴通讯股份有限公司 | Paging method of base station and base station |
| CN106851593B (en) * | 2017-03-10 | 2019-09-24 | Oppo广东移动通信有限公司 | A kind of broadcast transmission method, apparatus and terminal |
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| CN1377195A (en) * | 2001-03-22 | 2002-10-30 | 深圳市中兴通讯股份有限公司 | Message access method for mobile paging station |
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