CN100450261C - Frequency distributing method for mobile communication system - Google Patents
Frequency distributing method for mobile communication system Download PDFInfo
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- CN100450261C CN100450261C CNB2005101033817A CN200510103381A CN100450261C CN 100450261 C CN100450261 C CN 100450261C CN B2005101033817 A CNB2005101033817 A CN B2005101033817A CN 200510103381 A CN200510103381 A CN 200510103381A CN 100450261 C CN100450261 C CN 100450261C
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
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- H04W72/50—Allocation or scheduling criteria for wireless resources
- H04W72/56—Allocation or scheduling criteria for wireless resources based on priority criteria
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- H—ELECTRICITY
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Abstract
The invention discloses a frequency distribution method for mobile communications system, which distribute fixed frequency to all business. The method also includes the following steps: A, Distribute fixed frequency band for specific operations and different dedicated; B, When do the implementation of its business, according to the network side of business needs, the use of fixed-frequency and / or for the exclusive distribution business band, downlink information and / or receiving UE sent uplink information to the user equipment UE issued. Application of this method of the invention can adapt to different needs of different business to uplink and downlink frequency, and reduce the frequency waste of resources.
Description
Technical field
The present invention relates to a kind of frequency allocation method of mobile communication system.
Background technology
At present, the frequency of mobile communication system carrier wave all is pre-specified, can not adjust in system's running.
Modern mobile communication development mainly passed by for two generations, and the third generation is in the nervous development stage now so far, and part producer has released the experiment product.3-G (Generation Three mobile communication system) is a kind ofly can provide polytype, high quality multimedia business, can realize global seamless covering, have the global roaming ability, compatible mutually with fixed network, and with the small portable terminal at any time, any place carries out the communication system of any kind of.
The target of 3-G (Generation Three mobile communication system) may be summarized to be:
(1) can realize global roaming: the user can roam in whole system even global range, and can obtain to have the service of quality assurance under different rates, different motion state.
(2) can provide multiple business: business, particularly multimedia service such as data, the non-words of motion video that speech, variable bit rate are provided.
The service that mobile communication mainly provides now remains voice service and low-rate data service.Because networks development, data and multimedia communication have had swift and violent growth momentum, so the target of 3G (Third Generation) Moblie is exactly wideband multimedia communication.
(3) can adapt to multiple environment: comprehensively current public switched telephone network (PSTN), integrated services digital network, cordless system, land mobile communication system, satellite communication system provide seamless covering.
(4) enough power system capacity, powerful multiple subscriber management capabilities, high security energy and high quality services.
3-G (Generation Three mobile communication system) is proposed in 1985 by International Telecommunication Union the earliest, be called Future Public Land Mobile Telecommunication System (FPLMTS at that time, Future Public Land MobileTelecommunication System), renamed IMT-2000 (InternationalMobileTelecommunication-2000 in 1996 as, International Mobile Telecommunication 2000), the meaning promptly this system works in the 2000MHz frequency range, the highest service rate can reach 2000kbit/s, is expected at about 2000 and obtains commercialization.Because code division multiple access (CDMA) power system capacity is big, be equivalent to 10～20 times of analogue system, and compatible good with analogue system, so CDMA technology become the core technology of 3G (Third Generation) Moblie, mainly system has WCDMA, CDMA2000 and UWC-136.
Below be example with the WCDMA system, introduce the distribution method of prior art frequency.
The WCDMA system mainly comprises: core net, Access Network and subscriber equipment.Core net is mainly carried out Business Processing, Access Network is mainly used in the subscriber equipment connecting system.WCDMA uses frequency spectrum to be: up: 1920～1980MHz, and descending: 2110～2170MHz.And the area, America: up: 1850～1910MHz, descending: 1930～1990MHz.Certainly, do not repel and use other frequency ranges, but uplink and downlink also are symmetrical.The WCDMA system is in planning period, and is that frequency allocation up, descending use is good according to above-mentioned regulation, in system's running, frequency do not carried out any adjustment.
As seen, in the existing WCDMA system, the frequency partition of up-downgoing is symmetrical, i.e. corresponding band downlink of uplink band, and the size of the frequency band of up-downgoing simultaneously equates that band downlink will carry all downlink business.Do not support the situation of asymmetric frequency band in the just present WCDMA system.
Yet frequency spectrum is a very important resource, also is unusual finite sum preciousness.If it is improper to utilize, can cause the great wasting of resources.
From the technical scheme of above-mentioned WCDMA Frequency Distribution, the division of up-downgoing frequency range be fix and also be complete symmetry, but different business is incomplete same to the demand of uplink and downlink frequency range.Particularly for 3G (Third Generation) Moblie (3G) business, because the business of 3G is abundant gradually, for example occurred: various types of characteristic services such as some multimedia services, video transmission service, visual telephone, data service will be in the time from now on dominate, promptly descending traffic carrying capacity will be much larger than up traffic carrying capacity.Therefore will cause the asymmetric of uplink and downlink traffic carrying capacity from traffic performance.
If the business that network provides increases, and but existing frequency spectrum is not enough, in order to support all business, can only be to increase frequency spectrum so, but, must be the frequency spectrum that increases up-downgoing simultaneously according to existing mechanism, and this moment, up traffic carrying capacity might be little, because up just some little data blocks or part signaling transmission basically, therefore newly assigned uplink band utilance will be extremely low, therefore this significant wastage of distributing frequency range certainly will cause the uplink band resource symmetrically.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of frequency allocation method of mobile communication system, and this method can adapt to the different demands of different business to the uplink and downlink frequency.
For achieving the above object, technical scheme of the present invention specifically is achieved in that
A kind of frequency allocation method of mobile communication system is the identical fixed frequency range of all traffic assignments, and this method is further comprising the steps of:
A, be that specific transactions distributes the special-purpose frequency range different with fixed frequency range;
B, carrying out when professional, network side is according to service needed, adopts fixed frequency range and/or be the special-purpose frequency range of this traffic assignments, issues downlink information and/or receives the uplink information of UE transmission to user equipment (UE).
Wherein, described be all traffic assignments fixed frequency ranges method can for: be all traffic assignments fixed frequency ranges before system operation;
Steps A described for specific transactions distribute the special-purpose frequency range different with fixed frequency range method can for: before system's operation or the characteristic that brings into operation afterwards according to specific transactions be this traffic assignments special-purpose frequency range different with fixed frequency range.
Described specific transactions can be for operator's appointment: broadcasting/packet service or 3G data service.
Described before system operation or bring into operation the back according to the characteristic of specific transactions be this traffic assignments special-purpose frequency range different with fixed frequency range method can for:
According to traffic performance, be the identical or different special-purpose frequency range of uplink and downlink distribution of business; Or only be the professional special-purpose frequency range of descending distribution, last behavior fixed frequency range; Or only be the professional special-purpose frequency range of uplink assignment, following behavior fixed frequency range.
Described before system operation according to the characteristic of specific transactions be this traffic assignments special-purpose frequency range different with fixed frequency range method also can for:
Network side is provided with frequency allocation table and band information table; These frequency allocation table storage specific transactions and corresponding one or more frequency segment numbers thereof; This band information table has been stored each frequency range size and position in frequency spectrum thereof of segment number correspondence frequently;
Among the described step B, the business that the network side basis will be carried out is in frequency allocation table and band information table, find the one or more frequency segment numbers of this business correspondence and the size and the position in frequency spectrum thereof of the frequency range of each frequency segment number correspondence, adopt one or more frequency ranges of this business correspondence to issue downlink information and/or receive the uplink information that UE sends to UE.
Described frequency allocation table and band information table can all be stored in the core net of network side;
Among the described step B, by core net according to the business that will carry out in frequency allocation table and band information table, find the one or more frequency segment numbers of this business correspondence and the size and the position in frequency spectrum thereof of the frequency range of each frequency segment number correspondence, and band information is notified to Access Network;
Access Network adopts one or more frequency ranges of this business correspondence to issue downlink information and/or receive the uplink information that UE sends to UE according to notice.
Described frequency allocation table and band information table also can all be stored in the Access Network of network side;
Among the described step B, the core net of network side will be carried out service announcements and give Access Network;
The business that the Access Network basis will be carried out is in frequency allocation table and band information table, find the one or more frequency segment numbers of this business correspondence and the size and the position in frequency spectrum thereof of the frequency range of each frequency segment number correspondence, adopt one or more frequency ranges of this business correspondence to issue downlink information and/or receive the uplink information that UE sends to UE.
Described frequency allocation table can also be stored in the core net of network side, the band information table be stored in the Access Network of network side;
Among the described step B, the core net of network side in the frequency allocation table, finds one or more frequency segment numbers of this business correspondence according to the business that will carry out, and the frequency segment number that finds is sent to Access Network;
Access Network finds the size of corresponding frequency range and the position in frequency spectrum thereof according to this frequency segment number in the band information table, employing issues downlink information and/or receives the uplink information that UE sends to UE from the frequency range of the frequency segment number correspondence that core net receives.
Describedly can comprise according to the characteristic of specific transactions process for this traffic assignments special-purpose frequency range different with fixed frequency range in the system back that brings into operation:
After the characteristic of the business that A1, network side basis will be carried out and system situation are judged the new special-purpose frequency range of needs distribution, execution in step A2;
A2, the one or more new special-purpose frequency ranges of distribution are as the up and/or band downlink that will carry out specific transactions, among the then described step B, network side adopts newly assigned one or more special-purpose frequency range to issue downlink information and/or receive the uplink information that UE sends to UE.
If distribute new one or more special-purpose frequency range in the described steps A 2 as carrying out professional uplink and downlink frequency range, then among the step B, network side can adopt newly assigned one or more special-purpose frequency range to issue downlink information and/or receive the uplink information that UE sends to UE;
If distribute new one or more special-purpose frequency range in the described steps A 2 as carrying out professional uplink band, then among the step B, network side can adopt fixed frequency range to issue downlink information to UE, and/or receives the uplink information that UE sends from newly assigned one or more special-purpose frequency ranges;
If distribute new one or more special-purpose frequency range in the described steps A 2 as carrying out professional band downlink, then among the step B, network side can adopt newly assigned one or more special-purpose frequency range to issue downlink information to UE, and/or receives the uplink information that UE sends from fixed frequency range.
In the described steps A 1: network side can be earlier according to the loading condition of current resource operating position of system and/or sub-district judge can finish the business that will carry out after, judge whether that according to the characteristic of the business that will carry out needs distribute new special-purpose frequency range.
Network side according to the loading condition of current resource operating position of system and/or sub-district judge whether to finish the business that will carry out method can for:
Network side has been carried out professional shared resource and has been added up system is current, the current surplus resources that can provide of acquisition system, and the resource of the service needed that will carry out of prediction; Judge whether surplus resources satisfies the service needed that will carry out, if then the current resource situation of decision-making system can be finished the business that will carry out; Otherwise the current resource situation of decision-making system can not be finished the business that will carry out;
Network side is added up system's current area loading condition, if cell load does not surpass predetermined threshold value, then decision-making system can be finished the business that will carry out; Otherwise the load of decision-making system current area is overweight can not finish the business that will carry out.
Network side can be stored frequency allocation table and band information table in advance; This frequency allocation table has been stored the sign whether frequency range professional and the frequency segment number that can select and this frequency segment number correspondence is used; This band information table has been stored each frequency range size and position in frequency spectrum thereof of segment number correspondence frequently; Whether described frequency range is used sign, is set to after business is given in this frequency allocation effectively; It is invalid to be set to after this service ending;
Described steps A 2 is: network side is according to the business that will carry out, in the frequency allocation table, select the frequency segment number of one or more special-purpose frequency ranges that are not used of this business correspondence, and find the frequency range size and the position in frequency spectrum thereof of this frequency segment number correspondence in the band information table, with this special use frequency range as the up and/or band downlink that will carry out business.
Described frequency allocation table and band information table can be stored in the core net of network side;
Described steps A 1 is: after core net is judged the service needed that will carry out and is distributed new special-purpose frequency range according to the characteristic needs of the business that will carry out, and execution in step A2;
Described steps A 2 is: core net is according to the business that will carry out, in the frequency allocation table, select the frequency segment number of one or more special-purpose frequency ranges that are not used of this business correspondence, and find the frequency range size and the position in frequency spectrum thereof of this frequency segment number correspondence in the band information table, as carrying out professional up and/or band downlink, then described step B comprises with this special use frequency range:
The professional band information of will carrying out that B1, core net will be distributed is notified to Access Network;
B2, Access Network are notified according to this, adopt newly assigned one or more frequency range to issue downlink information and/or receive the uplink information that UE sends to UE.
Described frequency allocation table and band information table also can be stored in the Access Network of network side;
Described steps A 1 is: after core net is judged the service needed that will carry out and is distributed new special-purpose frequency range according to the characteristic of the business that will carry out, and execution in step A2;
Described steps A 2 comprises:
Professional and the needs that A21, core net will be carried out distribute the information of new special-purpose frequency range to be notified to Access Network;
A22, Access Network are according to the business that will carry out, in the frequency allocation table, select the frequency segment number of one or more special-purpose frequency ranges that are not used of this business correspondence, and find the frequency range size and the position in frequency spectrum thereof of this frequency segment number correspondence in the band information table, as carrying out professional up and/or band downlink, then described step B is with this special use frequency range: Access Network adopts newly assigned one or more special-purpose frequency range to issue downlink information and/or receive the uplink information that UE sends to UE.
Described frequency allocation table can be stored in the core net of network side, the band information table be stored in the Access Network of network side;
Described steps A 1 is: after core net is judged the service needed that will carry out and is distributed new special-purpose frequency range according to system situation and service needed, and execution in step A2;
Described steps A 2 comprises:
A21, core net are selected the frequency segment number of one or more special-purpose frequency ranges that are not used of this business correspondence according to the business that will carry out in the frequency allocation table;
The frequency segment number that will carry out professional special-purpose frequency range that A22, core net will be distributed is notified to Access Network;
A23, Access Network are according to the frequency segment number of receiving, find the frequency range size and the position in frequency spectrum thereof of this frequency segment number correspondence in the band information table, as carrying out professional up and/or band downlink, then described step B is with the special-purpose frequency range of this frequency segment number correspondence: Access Network adopts newly assigned one or more special-purpose frequency range to issue downlink information and/or receive the uplink information that UE sends to UE.
Described uplink information can comprise uplink service information and/or ascending control information; Described downlink information can comprise downlink business information and/or Downlink Control Information.
As seen from the above technical solutions, the method that the frequency dynamic of this mobile communication system of the present invention is distributed is on the basis of the identical fixed frequency range of all traffic assignments in prior art, for specific transactions distributes the special-purpose frequency range different with fixed frequency range; Carrying out when professional, network side is according to service needed, adopts fixed frequency range and/or be the special-purpose frequency range of this traffic assignments, issues downlink information and/or receives the uplink information of UE transmission to user equipment (UE).That is to say that the present invention can be at different service needed, at fixed frequency range and/or be to carry out certain business on the special-purpose frequency range of certain traffic assignments, therefore can adapt to the different demands of different business the uplink and downlink frequency.
In addition, the present invention can be after system brings into operation, characteristic at specific transactions, be traffic assignments new band downlink and/or uplink band, can also not increase the uplink and downlink frequency range simultaneously according to traffic performance, reduced owing to blindly increase the resource of frequency range waste that the uplink and downlink frequency range is brought simultaneously.
Description of drawings
Fig. 1 is for adopting the flow process of special-purpose band transmissions business in the present invention's first preferred embodiment;
Fig. 2 is for adopting the flow process of special-purpose band transmissions business in the present invention's second preferred embodiment;
Fig. 3 is for carrying out the flow process of dynamic frequency allocation in the present invention's the 3rd preferred embodiment;
Fig. 4 is for carrying out the flow process of dynamic frequency allocation in the present invention's the 4th preferred embodiment.
Embodiment
For making purpose of the present invention, technical scheme and advantage clearer, below with reference to the accompanying drawing embodiment that develops simultaneously, the present invention is described in more detail.
The main thought of the frequency allocation method of this mobile communication system of the present invention is: on the basis of prior art identical fixed frequency range for all traffic assignments, for specific transactions distributes the special-purpose frequency range different with fixed frequency range; Carrying out when professional, network side is according to service needed, adopts fixed frequency range and/or be the special-purpose frequency range of this traffic assignments, issues downlink information and/or receives the uplink information of UE transmission to user equipment (UE).
Wherein, downlink information can comprise: downlink business information and/or Downlink Control Information; Uplink information can comprise: uplink service information and/or ascending control information.
The present invention can be before system operation, and adopting the method for prior art be all traffic assignments fixed frequency ranges, and is the specific transactions distribution special-purpose frequency range different with fixed frequency range of operator's appointment according to traffic performance before system's operation or after bringing into operation.Such as: the traffic performance according to broadcasting/packet service or each 3G characteristic service is that broadcasting/packet service or each 3G characteristic service distribute special-purpose frequency range before system's operation or after bringing into operation.When distributing special-purpose frequency range, can distribute identical or different special-purpose frequency range, can also be the special-purpose frequency range of descending distribution of business, up employing fixed frequency range for the uplink and downlink of business; Or be the professional special-purpose frequency range of uplink assignment, descending employing fixed frequency range.
The present invention has following two kinds of execution modes at least:
First kind: before system operation, be all traffic assignments fixed frequency ranges, and be that specific transactions distributes different special-purpose frequency ranges, adopt special-purpose frequency range to carry out particular service, or adopt fixed frequency range and special-purpose frequency range to cooperate this business of execution according to traffic performance.
Second kind: before system's operation, be all traffic assignments fixed frequency ranges, is that specific transactions distributes special-purpose frequency range in the system back that brings into operation according to traffic performance, adopts special-purpose frequency range to carry out particular service, or adopts fixed frequency range and special-purpose frequency range to cooperate this business of execution.
Below with regard to above-mentioned two kinds of execution modes, lift preferred embodiment respectively and be elaborated.
First preferred embodiment:
Present embodiment is above-mentioned first kind of execution mode.In the present embodiment, network side is provided with frequency allocation table and band information table and all is stored in the core net of network side.Wherein the frequency allocation table is as shown in table 1, its storage different business and corresponding one or more frequency segment numbers thereof, is applied to the professional transmission of this professional upstream or downstream.
| Business Name | Special-purpose frequency range | Be applied to up/descending |
| Professional A | Frequency range 1, frequency range 2 | Up |
| Professional B | Frequency range 3 | Descending |
| Professional C | Frequency range 4 | Descending |
| Professional D | Frequency range 5 | Descending |
| Professional E | Frequency range 6, frequency range 7 | Uplink and downlink |
| ... | ... |
Table 1
The band information table is as shown in table 2, and it has stored each frequency range size and position in frequency spectrum thereof of segment number correspondence frequently.Each frequently the frequency range size of segment number correspondence can be identical also can be inequality.
| Sequence number | Size | Position in frequency spectrum |
| Frequency range 1 | 5M | From ... MHZ arrives ... MHZ |
| Frequency range 2 | 3M | From ... MHZ arrives ... MHZ |
| Frequency range 3 | 3M | From ... MHZ arrives ... MHZ |
| ... | ... | ... |
Table 2
Referring to Fig. 1, Fig. 1 is for adopting the flow process of special-purpose band transmissions business in the present invention's first preferred embodiment.This flow process may further comprise the steps:
Step 101, the core net of network side will be carried out certain business.
In the present embodiment, suppose to carry out multimedia broadcast/group broadcast service (MBMS) business, the special-purpose frequency range that has been the MBMS traffic assignments in advance in the present embodiment, and corresponding information has been stored in the frequency allocation table.
Step 102, core net are searched the list item of this business correspondence to the frequency allocation table.
Step 103 judges whether to find corresponding list item, if execution in step 104 then; Otherwise execution in step 106.
In the present embodiment, suppose that the professional corresponding list item information of MBMS is: distributed special-purpose frequency range, and this frequency range is used for network side and issues downlink business information and/or control information to UE.
Step 104, the special-purpose frequency range according to should the business correspondence in the frequency allocation table in the band information table, finds the band information of this frequency segment number correspondence, will should be notified to Access Network by the special use band information in the list item information of frequency allocation table and the band information table.
Step 105, Access Network adopts special-purpose frequency range to carry out this business according to should the special use band information in the list item information of this frequency allocation table and the band information table; Or adopt fixed frequency range and special-purpose frequency range to cooperate this business of execution.
In the present embodiment, owing to issue downlink business information and/or control information to UE for the special-purpose frequency range of MBMS traffic assignments only is used for network side, therefore, in this step, be to adopt fixed frequency range and special-purpose frequency range to cooperate this business of execution, be that network side adopts special-purpose frequency range to issue downlink information to UE, UE uploads uplink information at fixed frequency range to network side.
Step 106, core net notice Access Network is carried out this business, and Access Network adopts fixed frequency range to carry out this business.Be that network side adopts fixed frequency range to issue downlink information and/or receive the uplink information that UE sends to UE.
Second preferred embodiment:
Present embodiment also is above-mentioned first kind of execution mode.In the present embodiment, network side is provided with frequency allocation table and band information table and all is stored in the Access Network of network side, is cooperated by core net and Access Network and determines to adopt which kind of frequency range execution professional.
Referring to Fig. 2, Fig. 2 is for adopting the flow process of special-purpose band transmissions business in the present invention's second preferred embodiment.This flow process may further comprise the steps:
In the present embodiment, suppose to carry out the MBMS business, the special-purpose frequency range that has been the MBMS traffic assignments in advance in the present embodiment, and corresponding information has been stored in the frequency allocation table in the Access Network.
Step 204 judges whether to find corresponding list item, if execution in step 205 then; Otherwise execution in step 207.
In the present embodiment, suppose that the professional corresponding list item information of MBMS is: distributed special-purpose frequency range, and this frequency range is used for network side and issues downlink information to UE.
Step 206, Access Network adopts special-purpose frequency range to carry out this business according to should the special use band information in the list item information of this frequency allocation table and the band information table; Or adopt fixed frequency range and special-purpose frequency range to cooperate this business of execution.
In the present embodiment, owing to issue downlink information to UE for the special-purpose frequency range of MBMS traffic assignments only is used for network side, therefore, in this step, be to adopt fixed frequency range and special-purpose frequency range to cooperate this business of execution, be that network side adopts special-purpose frequency range to issue downlink information to UE, UE uploads uplink information at fixed frequency range to network side.
Under first kind of implementation, can also adopt following method to realize:
The frequency allocation table is stored in the core net of network side, the band information table is stored in the Access Network of network side.The core net of network side in the frequency allocation table, finds the one or more special-purpose frequency range of this business correspondence according to the business that will carry out, and the frequency range that finds is sent to Access Network.Access Network finds the size of corresponding special-purpose frequency range and the position in frequency spectrum thereof according to this frequency range in the band information table, adopt the special-purpose frequency range that receives from core net to issue downlink information and/or receive the uplink information that UE sends to UE.
The 3rd preferred embodiment:
Present embodiment is above-mentioned second kind of execution mode.Just, on existing Frequency Distribution basis, after system brings into operation, dynamically be the new special-purpose frequency range of traffic assignments that is about to execution, and cooperate this business of execution with former fixed frequency range with this newly assigned special-purpose frequency range.
Present embodiment has distributed fixed frequency range up, that downlink business uses before system's operation, the method for distribution is same as the prior art, no longer repeats here.And frequency allocation table and band information table have been stored in advance in the core net of network side.The frequency allocation table of present embodiment is as shown in table 3, its business of having stored and the frequency segment number that can select thereof, the sign whether this special use frequency range is used.
| Business Name | Optional frequency range | Whether be used sign |
| Professional A | Frequency range 1 | Effectively |
| Professional A | Frequency range 2 | Invalid |
| Professional B | Frequency range 3 | Invalid |
| Professional C | Frequency range 1 | Effectively |
| Professional C | Frequency range 3 | Invalid |
| ... | ... | ... |
Table 3
Wherein, each professional optional special-purpose frequency range can be identical also can be inequality.Whether frequency range is used sign, is set to after business is given in this frequency allocation effectively; It is invalid to be set to after this service ending.The band information table is with identical shown in the above-mentioned table 2, and it has stored each frequency range size and position in frequency spectrum thereof of segment number correspondence frequently.The size of each frequency range can be identical also can be inequality.
Referring to Fig. 3, Fig. 3 is for carrying out the flow process of dynamic frequency allocation in the present invention's the 3rd preferred embodiment.This flow process may further comprise the steps:
Step 301, core net judges whether to finish the business that will carry out according to the loading condition of current resource situation of system and/or sub-district.If execution in step 302 then; Otherwise judge the new special-purpose frequency range execution in step 304 of service needed distribution that to carry out.
In this step, network side judges whether that according to the loading condition of current resource operating position of system and/or sub-district the method that can finish the business that will carry out is specifically as follows:
Network side has been carried out professional shared resource and has been added up system is current, the current surplus resources that can provide of acquisition system, and the resource of the service needed that will carry out of prediction; Judge whether surplus resources satisfies the service needed that will carry out, if then the current resource situation of decision-making system can be finished the business that will carry out; Otherwise the current resource situation of decision-making system can not be finished the business that will carry out.The system resource situation can be by embodying the transmitting power of base station and the spreading code number that has used.
Network side is added up system's current area loading condition, if cell load does not surpass predetermined threshold value, then decision-making system can be finished the business that will carry out; Otherwise the load of decision-making system current area is overweight can not finish the business that will carry out.
Network side judges whether to finish the business that will carry out according to the loading condition of current resource operating position of system and/or sub-district earlier, if judge that then the business that will carry out does not need to distribute new special-purpose frequency range; Otherwise the characteristic according to the business that will carry out judges whether that needs distribute new special-purpose frequency range again.
Step 302 judges whether that according to the characteristic of the business that will carry out needs distribute new special-purpose frequency range, if execution in step 304 then; Otherwise judge that the business that will carry out does not need to distribute new special-purpose frequency range, execution in step 303.
In the present embodiment, be to judge the business that to carry out according to the loading condition of current resource situation of system and/or sub-district and two conditions of traffic performance whether needs distribute new special-purpose frequency range, also can only judge in the practical application, also can only judge according to traffic performance by the loading condition of current resource situation of system and/or sub-district.
Step 303, before the system that is used in moved, the fixed frequency range that has distributed was carried out this business.Be that network side adopts fixed frequency range to issue downlink information and/or receive the uplink information that UE sends to UE.
Step 304, in the frequency allocation table, select to carry out professional corresponding one or more special-purpose frequency ranges that are not used, and find the frequency range size and the position in frequency spectrum thereof of this frequency segment number correspondence in the band information table, with this special use frequency range as the upstream or downstream frequency range that will carry out business.
For example: for the MBMS business, its downlink traffic is bigger, can be with the band downlink of newly assigned frequency range as the downlink information of MBMS transmission business in the present embodiment.Same, if for certain business, if its upstream traffic is bigger, then can be in the present embodiment with newly assigned frequency range as the uplink band that transmits this professional uplink information, certainly, this business is considerably less.
In this step, will professional corresponding any special-purpose frequency range that is not used if in the frequency allocation table, do not find, then return step 303.
Step 305, the sign that whether is used of the special-purpose frequency range of selecting in the band information table is set to effectively promptly should the special use frequency range use.
The professional band information of will carrying out that step 306, core net will be distributed is notified to Access Network;
Step 307, Access Network is notified according to this, uses the newly assigned band transmissions should business upstream or downstream information; Use the fixed frequency range transmission downlink or uplink information of this business correspondence.
For example:, can transmit uplink information with fixed frequency range with newly assigned special-purpose band transmissions downlink information for the MBMS business.
Step 308, service ending, the sign that whether is used of the special-purpose frequency range of this traffic assignments of core net is set to invalidly, promptly should the special use frequency range not use.
The 4th preferred embodiment: present embodiment is above-mentioned second kind of implementation.
Present embodiment has distributed fixed frequency range before system's operation, the method for distribution is same as the prior art, no longer repeats here.
In addition, stored frequency allocation table and band information table in advance at the Access Network of network side, identical among the content of these two tables and the embodiment four, the position difference of storage just.
Referring to Fig. 4, Fig. 4 is for carrying out the flow process of dynamic frequency allocation in the present invention's the 4th preferred embodiment.This flow process may further comprise the steps:
Step 401, core net judges whether to finish the business that will carry out according to the loading condition of current resource situation of system and/or sub-district.If execution in step 402 then; Otherwise judge the new special-purpose frequency range execution in step 403 of service needed distribution that to carry out.
Whether step 402 judges that according to the characteristic of the business that will carry out needs distribute new special-purpose frequency range, if execution in step 403 then; Otherwise judge that the business that will carry out does not need to distribute new special-purpose frequency range, execution in step 405.
Professional and the needs that step 403, core net will be carried out distribute the information of new special-purpose frequency range to send to Access Network, and the notice Access Network will be for will carry out the new special-purpose frequency range of traffic assignments.
Step 404, Access Network judge whether to receive the new special-purpose frequency range notice of distribution that core net sends, if execution in step 406 then; Otherwise execution in step 405.
Step 405, before the system that is used in moved, the fixed frequency range that has distributed was carried out this business.Be that network side adopts fixed frequency range to issue downlink information and/or receive the uplink information that UE sends to UE.
Step 406, in the frequency allocation table, select to carry out professional corresponding one or more special-purpose frequency ranges that are not used, and find the frequency range size and the position in frequency spectrum thereof of this frequency segment number correspondence in the band information table, with this special use frequency range as the upstream or downstream frequency range that will carry out business.
In this step, will professional corresponding any special-purpose frequency range that is not used if in the frequency allocation table, do not find, then return step 405.
Step 407, the sign that whether is used of the special-purpose frequency range of selecting in the band information table is set to effectively promptly should the special use frequency range use.
Step 408, Access Network use the newly assigned special-purpose band transmissions should business upstream or downstream information; Use the fixed frequency range transmission downlink or uplink information of this business correspondence.
For example: for the MBMS business, can be with newly assigned special-purpose band transmissions downlink information, with the fixed frequency range transmission uplink information that distributes before system's operation.
Step 409, service ending, the sign that whether is used of the special-purpose frequency range of this traffic assignments of Access Network is set to invalidly, promptly should the special use frequency range not use.
Among above-mentioned two embodiment, frequency allocation table and band information table all are stored in core net or all are stored in Access Network, in the practical application, the frequency allocation table can also be stored in the core net of network side, the band information table are stored in the Access Network of network side.
Like this, core net according to the business that will carry out, is selected one or more special-purpose frequency ranges that are not used of this business correspondence in the frequency allocation table after judging the new special-purpose frequency range of needs distribution.The professional special-purpose frequency range of will carrying out that to distribute again is notified to Access Network.Access Network is according to the frequency range received, finds the frequency range size and the position in frequency spectrum thereof of this frequency segment number correspondence in the band information table, with this special use frequency range as the upstream or downstream frequency range that will carry out business.Access Network uses the newly assigned special-purpose band transmissions should business upstream or downstream information; The fixed frequency range transmission downlink or uplink information of corresponding this business correspondence of use.
Mobile communication system among above-mentioned four embodiment can be the WCDMA system; Or CDMA2000 system; Or UTRA TDD system; Or mobile communication system such as TD-SCDMA system.
By four above-mentioned embodiment as seen, the frequency allocation method of this mobile communication system of the present invention, can adapt to the different demands of different business, and reduce owing to increase the resource of frequency range waste that the uplink and downlink frequency range is brought simultaneously to the uplink and downlink carrier frequency.
Claims (17)
1, a kind of frequency allocation method of mobile communication system, is characterized in that this method is further comprising the steps of for all traffic assignments fixed frequency ranges:
A, be that specific transactions distributes the special-purpose frequency range different with fixed frequency range;
B, carrying out when professional, network side is according to service needed, adopts fixed frequency range and/or be the special-purpose frequency range of this traffic assignments, issues downlink information and/or receives the uplink information of UE transmission to user equipment (UE).
2, frequency allocation method as claimed in claim 1 is characterized in that, describedly for the method for all traffic assignments fixed frequency ranges is: be all traffic assignments fixed frequency ranges before system's operation;
Steps A is described for specific transactions distributes the method for the special-purpose frequency range different with fixed frequency range to be: the characteristic according to specific transactions is this traffic assignments special-purpose frequency range different with fixed frequency range before system's operation or after bringing into operation.
3, frequency allocation method as claimed in claim 2 is characterized in that: described specific transactions is operator's appointment: broadcasting/packet service or 3G data service.
4, frequency allocation method as claimed in claim 2 is characterized in that, described before system operation or the back that brings into operation be that the method for this traffic assignments special-purpose frequency range different with fixed frequency range is according to the characteristic of specific transactions:
According to traffic performance, be the identical or different special-purpose frequency range of uplink and downlink distribution of business; Or only be the professional special-purpose frequency range of descending distribution, last behavior fixed frequency range; Or only be the professional special-purpose frequency range of uplink assignment, following behavior fixed frequency range.
As claim 2 or 4 described frequency allocation methods, it is characterized in that 5, described is that the method for this traffic assignments special-purpose frequency range different with fixed frequency range is according to the characteristic of specific transactions before system operation:
Network side is provided with frequency allocation table and band information table; These frequency allocation table storage specific transactions and corresponding one or more frequency segment numbers thereof; This band information table has been stored each frequency range size and position in frequency spectrum thereof of segment number correspondence frequently;
Among the described step B, the business that the network side basis will be carried out is in frequency allocation table and band information table, find the one or more frequency segment numbers of this business correspondence and the size and the position in frequency spectrum thereof of the frequency range of each frequency segment number correspondence, adopt one or more frequency ranges of this business correspondence to issue downlink information and/or receive the uplink information that UE sends to UE.
6, frequency allocation method as claimed in claim 5 is characterized in that, described frequency allocation table and band information table all are stored in the core net of network side;
Among the described step B, by core net according to the business that will carry out in frequency allocation table and band information table, find the one or more frequency segment numbers of this business correspondence and the size and the position in frequency spectrum thereof of the frequency range of each frequency segment number correspondence, and band information is notified to Access Network;
Access Network adopts one or more frequency ranges of this business correspondence to issue downlink information and/or receive the uplink information that UE sends to UE according to notice.
7, frequency allocation method as claimed in claim 5 is characterized in that, described frequency allocation table and band information table all are stored in the Access Network of network side;
Among the described step B, the core net of network side will be carried out service announcements and give Access Network;
The business that the Access Network basis will be carried out is in frequency allocation table and band information table, find the one or more frequency segment numbers of this business correspondence and the size and the position in frequency spectrum thereof of the frequency range of each frequency segment number correspondence, adopt one or more frequency ranges of this business correspondence to issue downlink information and/or receive the uplink information that UE sends to UE.
8, frequency allocation method as claimed in claim 5 is characterized in that, described frequency allocation table is stored in the core net of network side, and the band information table is stored in the Access Network of network side;
Among the described step B, the core net of network side in the frequency allocation table, finds one or more frequency segment numbers of this business correspondence according to the business that will carry out, and the frequency segment number that finds is sent to Access Network;
Access Network finds the size of corresponding frequency range and the position in frequency spectrum thereof according to this frequency segment number in the band information table, employing issues downlink information and/or receives the uplink information that UE sends to UE from the frequency range of the frequency segment number correspondence that core net receives.
9, as claim 2 or 4 described frequency allocation methods, it is characterized in that, describedly comprise according to the characteristic of specific transactions process for this traffic assignments special-purpose frequency range different with fixed frequency range in the system back that brings into operation:
After the characteristic of the business that A1, network side basis will be carried out and system situation are judged the new special-purpose frequency range of needs distribution, execution in step A2;
A2, the one or more new special-purpose frequency ranges of distribution are as the up and/or band downlink that will carry out specific transactions, among the then described step B, network side adopts newly assigned one or more special-purpose frequency range to issue downlink information and/or receive the uplink information that UE sends to UE.
10, frequency allocation method as claimed in claim 9 is characterized in that:
If distribute new one or more special-purpose frequency range in the described steps A 2 as carrying out professional uplink and downlink frequency range, then among the step B, network side adopts newly assigned one or more special-purpose frequency range to issue downlink information and/or receive the uplink information that UE sends to UE;
If distribute new one or more special-purpose frequency range in the described steps A 2 as carrying out professional uplink band, then among the step B, network side adopts fixed frequency range to issue downlink information to UE, and/or receives the uplink information that UE sends from newly assigned one or more special-purpose frequency ranges;
If distribute new one or more special-purpose frequency range in the described steps A 2 as carrying out professional band downlink, then among the step B, network side adopts newly assigned one or more special-purpose frequency range to issue downlink information to UE, and/or receives the uplink information that UE sends from fixed frequency range.
11, frequency allocation method as claimed in claim 9 is characterized in that: in the described steps A 1:
Network side earlier according to the loading condition of current resource operating position of system and/or sub-district judge can finish the business that will carry out after, judge whether that according to the characteristic of the business that will carry out needs distribute new special-purpose frequency range.
12, frequency allocation method as claimed in claim 11 is characterized in that, network side judges whether that according to the loading condition of current resource operating position of system and/or sub-district the method that can finish the business that will carry out is:
Network side has been carried out professional shared resource and has been added up system is current, the current surplus resources that can provide of acquisition system, and the resource of the service needed that will carry out of prediction; Judge whether surplus resources satisfies the service needed that will carry out, if then the current resource situation of decision-making system can be finished the business that will carry out; Otherwise the current resource situation of decision-making system can not be finished the business that will carry out;
Network side is added up system's current area loading condition, if cell load does not surpass predetermined threshold value, then decision-making system can be finished the business that will carry out; Otherwise the load of decision-making system current area is overweight can not finish the business that will carry out.
13, frequency allocation method as claimed in claim 9 is characterized in that: network side is stored frequency allocation table and band information table in advance; This frequency allocation table has been stored the sign whether frequency range professional and the frequency segment number that can select and this frequency segment number correspondence is used; This band information table has been stored each frequency range size and position in frequency spectrum thereof of segment number correspondence frequently; Whether described frequency range is used sign, is set to after business is given in this frequency allocation effectively; It is invalid to be set to after this service ending;
Described steps A 2 is: network side is according to the business that will carry out, in the frequency allocation table, select the frequency segment number of one or more special-purpose frequency ranges that are not used of this business correspondence, and find the frequency range size and the position in frequency spectrum thereof of this frequency segment number correspondence in the band information table, with this special use frequency range as the up and/or band downlink that will carry out business.
14, frequency allocation method as claimed in claim 13 is characterized in that: described frequency allocation table and band information table are stored in the core net of network side;
Described steps A 1 is: after core net is judged the service needed that will carry out and is distributed new special-purpose frequency range according to the characteristic needs of the business that will carry out, and execution in step A2;
Described steps A 2 is: core net is according to the business that will carry out, in the frequency allocation table, select the frequency segment number of one or more special-purpose frequency ranges that are not used of this business correspondence, and find the frequency range size and the position in frequency spectrum thereof of this frequency segment number correspondence in the band information table, as carrying out professional up and/or band downlink, then described step B comprises with this special use frequency range:
The professional band information of will carrying out that B1, core net will be distributed is notified to Access Network;
B2, Access Network are notified according to this, adopt newly assigned one or more frequency range to issue downlink information and/or receive the uplink information that UE sends to UE.
15, frequency allocation method as claimed in claim 13 is characterized in that: described frequency allocation table and band information table are stored in the Access Network of network side;
Described steps A 1 is: after core net is judged the service needed that will carry out and is distributed new special-purpose frequency range according to the characteristic of the business that will carry out, and execution in step A2;
Described steps A 2 comprises:
Professional and the needs that A21, core net will be carried out distribute the information of new special-purpose frequency range to be notified to Access Network;
A22, Access Network are according to the business that will carry out, in the frequency allocation table, select the frequency segment number of one or more special-purpose frequency ranges that are not used of this business correspondence, and find the frequency range size and the position in frequency spectrum thereof of this frequency segment number correspondence in the band information table, as carrying out professional up and/or band downlink, then described step B is with this special use frequency range: Access Network adopts newly assigned one or more special-purpose frequency range to issue downlink information and/or receive the uplink information that UE sends to UE.
16 frequency allocation methods as claimed in claim 13 is characterized in that: described frequency allocation table is stored in the core net of network side, and the band information table is stored in the Access Network of network side;
Described steps A 1 is: after core net is judged the service needed that will carry out and is distributed new special-purpose frequency range according to system situation and service needed, and execution in step A2;
Described steps A 2 comprises:
A21, core net are selected the frequency segment number of one or more special-purpose frequency ranges that are not used of this business correspondence according to the business that will carry out in the frequency allocation table;
The frequency segment number that will carry out professional special-purpose frequency range that A22, core net will be distributed is notified to Access Network;
A23, Access Network are according to the frequency segment number of receiving, find the frequency range size and the position in frequency spectrum thereof of this frequency segment number correspondence in the band information table, as carrying out professional up and/or band downlink, then described step B is with the special-purpose frequency range of this frequency segment number correspondence: Access Network adopts newly assigned one or more special-purpose frequency range to issue downlink information and/or receive the uplink information that UE sends to UE.
17, frequency allocation method as claimed in claim 1 is characterized in that: described uplink information comprises uplink service information and/or ascending control information; Described downlink information comprises downlink business information and/or Downlink Control Information.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005101033817A CN100450261C (en) | 2005-09-20 | 2005-09-20 | Frequency distributing method for mobile communication system |
| PCT/CN2006/002447 WO2007033586A1 (en) | 2005-09-20 | 2006-09-19 | A method and device for allocating frequency in mobile communication system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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| CNB2005101033817A CN100450261C (en) | 2005-09-20 | 2005-09-20 | Frequency distributing method for mobile communication system |
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| CN1937824A CN1937824A (en) | 2007-03-28 |
| CN100450261C true CN100450261C (en) | 2009-01-07 |
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| CNB2005101033817A Expired - Fee Related CN100450261C (en) | 2005-09-20 | 2005-09-20 | Frequency distributing method for mobile communication system |
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| WO (1) | WO2007033586A1 (en) |
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| CN101350665B (en) * | 2008-08-25 | 2012-04-18 | 中兴通讯股份有限公司 | Method for synchronizing terminal of great bandwidth radio communication system and method for framing |
| CN102547721B (en) * | 2009-08-25 | 2015-09-30 | 华为技术有限公司 | The method of share spectrum resources, equipment and system |
| CN102256258B (en) * | 2010-05-19 | 2013-11-20 | 中国移动通信集团公司 | Allocation method for carrier frequency resource and allocation device for carrier frequency resource |
| EP2713643B1 (en) * | 2011-06-16 | 2015-11-18 | Huawei Technologies Co., Ltd. | Dynamic spectrum allocation method, central control unit, base station and spectrum allocation system |
| CN106162655A (en) * | 2015-04-07 | 2016-11-23 | 中兴通讯股份有限公司 | The method of a kind of frequency range locking, Apparatus and system |
| WO2018176502A1 (en) | 2017-04-01 | 2018-10-04 | 深圳前海达闼云端智能科技有限公司 | Frequency selection method, random access method, and apparatus |
| CN108833065A (en) * | 2018-05-29 | 2018-11-16 | 佛山市宝瑞通光电科技有限公司 | Radio channel allocation communication means and device |
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| US6237244B1 (en) * | 1998-10-19 | 2001-05-29 | Gala Industries, Inc. | Centrifugal pellet dryer for small applications |
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| WO2002023758A1 (en) * | 2000-09-12 | 2002-03-21 | Efficient Spectrum, Inc. | System and method and apparatus for enabling dynamic utilization of all available spectrum and dynamic allocation of spectrum |
| WO2002032163A2 (en) * | 2000-10-06 | 2002-04-18 | Ericsson Inc. | Method of operating an asymmetrical half-duplex communication system |
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