CN103596273A - Uplink business resource distribution method and wireless network controller - Google Patents
Uplink business resource distribution method and wireless network controller Download PDFInfo
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Abstract
The invention discloses an uplink business resource distribution method and a wireless network controller; the method comprises the step of calculating limit rate of uplink special-purpose transmission channel (DCH) business of user equipment according to the rate of high speed uplink packet access (HSUPA) business of the user equipment; when the rate of the uplink DCH business of the user equipment exceeds the limit rate of the uplink DCH business of the user equipment, then the rate of the uplink DCH business of the user equipment is configured to be the limit rate of the uplink DCH business. By employing the scheme, when resource competition is generated between the uplink DCH business and the HSUPA business, the users using different business bearing types can fairly obtain resources, thereby obtaining better user experience.
Description
Technical field
The present invention relates to support mobile communication technology, relate in particular to a kind of uplink service resource allocation methods and radio network controller.
The present invention relates to support the mobile communication technology of HSUPA (high speed uplink packet access), include but not limited to WCDMA(Wideband Code Division Multiple Access (WCDMA)), specifically, relate to and support at the same time uplink service to be based upon DCH(dedicated transmission channel) with the community of HSUPA in, when there is resource contention between up DCH business and HSUPA business, how to make user fairness and obtain the problem of resource.
Background technology
At R99 and high speed uplink packet access (High Speed Uplink Packet Access, abbreviation HSUPA) under shared-carrier, be that community supports uplink service to be based upon in the situation of dedicated transmission channel (DCH) and HSUPA simultaneously, uplink interference is Main Bottleneck.It is upper that uplink service is based upon DCH, for Packet Service, when business datum amount raises, by reconfiguring relevant parameter, takies more resource, meets consumers' demand.HSUPA is up-high speed packet access technique, by the uplink dedicated transmission channel (E-DCH) of enhancement mode, and uses some key technologies in R6, can improve power system capacity, meets the data traffic requirement of higher rate.For HSUPA business, scheduling authorization is decided according to the dispatch request information of cell load, QoS relevant information and subscriber equipment (UE) in base station (NodeB), the maximum ascending resource of indicating UE to use with scheduling authorization, UE, again in conjunction with scheduling authorization and current dump power, determines the actual authorization of service using of this transmission.When resource exists competition in community, if DCH business is not controlled, and let alone constantly to take more resource, the interference bringing is constantly soaring, and the spendable resource of HSUPA business will correspondingly reduce, thereby cannot meet the demand of HSUPA business; If excessive to DCH Service control, the demand of DCH business cannot be met again.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of uplink service resource allocation methods and radio network controller, solve and support at the same time uplink service to be based upon in the community of DCH and HSUPA, the resource contention between up DCH business and HSUPA business causes user to experience the problem of decline.
In order to solve the problems of the technologies described above, the invention provides a kind of uplink service resource allocation methods, wherein, according to the limited speed of uplink dedicated transmission channel (DCH) business of the rate calculations subscriber equipment of high speed uplink packet access (HSUPA) business of subscriber equipment, when the speed of the up DCH business of judgement subscriber equipment surpasses the limited speed of up DCH business of described subscriber equipment, the service rate of the up DCH business of described subscriber equipment is configured to the limited speed of described up DCH business.
Further, said method can also have following characteristics:
The described method according to the limited speed of the DCH business of the rate calculations subscriber equipment of the HSUPA business of subscriber equipment refers to:
Calculate the Mean Speed of HSUPA business limited users in current area, according to this Mean Speed coupling, determine the limited speed of standard of the up DCH business in current area;
According to the limited speed of the standard of described up DCH business, determine the limited speed of the up DCH business of subscriber equipment in described current area.
Further, said method can also have following characteristics:
The described method according to the limited speed of the DCH business of the rate calculations subscriber equipment of the HSUPA business of subscriber equipment refers to:
Calculate the Mean Speed of HSUPA business limited users in homogeneous-frequency adjacent-domain, current area, according to this Mean Speed coupling, determine the limited speed of standard of the up DCH business of homogeneous-frequency adjacent-domain, described current area;
According to Rate mapping relation between adjacent area, community, determine the limited speed of standard of the up DCH business in current area corresponding to described adjacent area;
According to the limited speed of standard of the described up DCH business of adjacent area, described current area, determine the limited speed of the up DCH business of subscriber equipment in described current area.
Further, said method can also have following characteristics:
The described method according to the limited speed of the DCH business of the rate calculations subscriber equipment of the HSUPA business of subscriber equipment refers to:
Calculate the Mean Speed of HSUPA business limited users in current area, according to this Mean Speed coupling, determine the limited speed of the first standard of the up DCH business in current area;
Calculate the Mean Speed of HSUPA business limited users in homogeneous-frequency adjacent-domain, current area, according to this Mean Speed coupling, determine the limited speed of standard of the up DCH business of adjacent area, described current area, according to Rate mapping relation between adjacent area, community, determine the limited speed of the second standard of the up DCH business in current area corresponding to described homogeneous-frequency adjacent-domain;
Using the limited speed of standard of the little person up DCH business as current area in the limited speed of described the first standard and the limited speed of the second standard;
According to the limited speed of standard of the up DCH business of described current area, determine the limited speed of the up DCH business of subscriber equipment in described current area.
Further, said method can also have following characteristics:
According to the mapping relations of HSUPA service rate and up DCH service rate, the Mean Speed of HSUPA business limited users in described current area is matched to the HSUPA service rate of corresponding current area, as the limited speed of standard of the up DCH business in described current area.
Further, said method can also have following characteristics:
According to the limited speed of standard of the up DCH business of described current area, determine that the limited speed of the up DCH business of subscriber equipment in described current area refers to:
According to type and the priority of the user institute signing service of the up DCH business of described current area, with respect to the limited speed of described standard, determine a coefficient or up DCH speed shelves level difference, calculate the limited speed of described user's up DCH business.
In order to solve the problems of the technologies described above, the present invention also provides a kind of radio network controller, and wherein, described radio network controller comprises the limited speed determination module of up DCH business, ascending resource distribution module;
The limited speed determination module of described up DCH business, for according to the limited speed of uplink dedicated transmission channel (DCH) business of the rate calculations subscriber equipment of high speed uplink packet access (HSUPA) business of subscriber equipment;
Described ascending resource distribution module, when judging that the speed of the up DCH business of subscriber equipment surpasses the limited speed of up DCH business of described subscriber equipment, the service rate of the up DCH business of described subscriber equipment is configured to the limited speed of described up DCH business.
Further, above-mentioned radio network controller can also have following characteristics:
The limited speed determination module of described up DCH business comprises receiving element, the limited rate determination unit of standard, the limited rate determination unit of up DCH business;
Described receiving element, for receiving the Mean Speed of HSUPA business limited users in the community that base station sends;
The limited rate determination unit of described standard, in the community sending for the base station receiving according to described receiving element, the Mean Speed coupling of HSUPA business limited users is determined the limited speed of standard of the up DCH business in current area;
The limited rate determination unit of described up DCH business, for determining the limited speed of the up DCH business of subscriber equipment in described current area according to the limited speed of standard of the up DCH business in described current area.
Further, above-mentioned radio network controller can also have following characteristics:
The limited speed determination module of described up DCH business comprises receiving element, the limited rate determination unit of standard, the limited rate determination unit of up DCH business, transmitting element;
Described receiving element, for receiving the Mean Speed of HSUPA business limited users in the community that base station sends; Also for receiving the limited speed of standard of the cell uplink DCH business of homogeneous-frequency adjacent-domain;
The limited rate determination unit of described standard, the Mean Speed coupling sending for the base station receiving according to described receiving element is determined the limited speed of standard of cell uplink DCH business; Also, for Rate mapping relation between the limited speed of standard of the cell uplink DCH business of the homogeneous-frequency adjacent-domain that receives according to described receiving element and adjacent area, community, determine the limited speed of standard of the up DCH business in current area corresponding to described homogeneous-frequency adjacent-domain;
The limited rate determination unit of described up DCH business, for determining the limited speed of the up DCH business of subscriber equipment in described current area according to the limited speed of standard of the up DCH business in described current area;
Described transmitting element, for sending the limited speed of standard of the definite cell uplink DCH business of described control unit.
Further, above-mentioned radio network controller can also have following characteristics:
The limited speed determination module of described up DCH business comprises receiving element, the limited rate determination unit of standard, the limited rate determination unit of up DCH business, transmitting element;
Described receiving element, for receiving the Mean Speed of HSUPA business limited users in the community that base station sends; Also for receiving the limited speed of standard of the cell uplink DCH business of homogeneous-frequency adjacent-domain;
The limited rate determination unit of described standard, the Mean Speed coupling sending for the base station receiving according to described receiving element is determined the limited speed of the first standard of cell uplink DCH business; Also, for Rate mapping relation between the limited speed of standard of the cell uplink DCH business of the homogeneous-frequency adjacent-domain that receives according to described receiving element and adjacent area, community, determine the limited speed of the second standard of the up DCH business in current area corresponding to described homogeneous-frequency adjacent-domain;
The limited rate determination unit of described up DCH business, for using the limited speed of standard of little person up DCH business as current area of the limited speed of described the first standard and the limited speed of the second standard, according to the limited speed of standard of the up DCH business in described current area, determine the limited speed of the up DCH business of subscriber equipment in described current area;
Described transmitting element, for sending the limited speed of standard of the definite cell uplink DCH business of described control unit.
Further, above-mentioned radio network controller can also have following characteristics:
The limited rate determination unit of described standard, also for according to the mapping relations of HSUPA service rate and up DCH service rate, the Mean Speed of HSUPA business limited users in described current area is matched to the HSUPA service rate of corresponding current area, as the limited speed of standard of the up DCH business in described current area.
Further, above-mentioned radio network controller can also have following characteristics:
The limited rate determination unit of described up DCH business, also for according to type and the priority of the user institute signing service of the up DCH business of described current area, with respect to the limited speed of described standard, determine a coefficient or up DCH speed shelves level difference, calculate the limited speed of described user's up DCH business.
Support at the same time uplink service to be based upon in the community of DCH and HSUPA, when there is resource contention between up DCH business and HSUPA business, according to the quality of service requirement of the Mean Speed of HSUPA limited users, different user, limit the maximum rate of up DCH business, community and homogeneous frequency adjacent area resource are reasonably distributed between up DCH and HSUPA, and user experiences and gets a promotion.
This programme can be used the user of different business bearer types can obtain liberally resource so that when there is resource contention between up DCH business and HSUPA business, thereby obtain better user, experiences.
Accompanying drawing explanation
Fig. 1 is uplink service resource allocation methods schematic diagram;
Fig. 2 is resource allocation methods schematic diagram in specific embodiment one;
Fig. 3 is resource allocation methods schematic diagram in specific embodiment two;
Fig. 4 is resource allocation methods schematic diagram in specific embodiment three;
Fig. 5 is resource allocation methods schematic diagram in specific embodiment four;
Fig. 6 is resource allocation methods schematic diagram in specific embodiment five.
Embodiment
As shown in Figure 1, uplink service resource allocation methods comprises: according to the limited speed of uplink dedicated transmission channel (DCH) business of the rate calculations subscriber equipment of high speed uplink packet access (HSUPA) business of subscriber equipment, when the speed of the up DCH business of judgement subscriber equipment surpasses the limited speed of up DCH business of described subscriber equipment, the service rate of the up DCH business of described subscriber equipment is configured to the limited speed of described up DCH business.
Execution mode one
In RNCZhe community, need to carry out, in situation that the ascending resource of this method distributes, to comprise following processing method:
Calculate the Mean Speed of HSUPA business limited users in current area, according to this Mean Speed coupling, determine the limited speed of standard of the up DCH business in current area; According to the limited speed of the standard of described up DCH business, determine the limited speed of the up DCH business of subscriber equipment in described current area.
Execution mode two
In the situation that need the ascending resource that carries out this method to distribute in the adjacent cell of RNC, comprise following processing method:
Calculate the Mean Speed of HSUPA business limited users in homogeneous-frequency adjacent-domain, current area, according to this Mean Speed coupling, determine the limited speed of standard of the up DCH business of homogeneous-frequency adjacent-domain, described current area;
According to Rate mapping relation between adjacent area, community, determine the limited speed of standard of the up DCH business in current area corresponding to described adjacent area;
According to the limited speed of standard of the described up DCH business of adjacent area, described current area, determine the limited speed of the up DCH business of subscriber equipment in described current area.
Execution mode three
In RNCZhe community and homogeneous-frequency adjacent-domain, all need to carry out, in situation that the ascending resource of this method distributes, to comprise following processing method:
Calculate the Mean Speed of HSUPA business limited users in current area, according to this Mean Speed coupling, determine the limited speed of the first standard of the up DCH business in current area;
Calculate the Mean Speed of HSUPA business limited users in homogeneous-frequency adjacent-domain, current area, according to this Mean Speed coupling, determine the limited speed of standard of the up DCH business of adjacent area, described current area, according to Rate mapping relation between adjacent area, community, determine the limited speed of the second standard of the up DCH business in current area corresponding to described homogeneous-frequency adjacent-domain;
Using the limited speed of standard of the little person up DCH business as current area in the limited speed of described the first standard and the limited speed of the second standard;
According to the limited speed of standard of the up DCH business of described current area, determine the limited speed of the up DCH business of subscriber equipment in described current area.
In above-mentioned three kinds of execution modes, whether NodeB is satisfied with the scheduling authorization of current distribution according to UE, determine HSUPA limited users, calculate the Mean Speed of HSUPA limited users, value is: the actual measurement speed sum of all HSUPA limited users is divided by HSUPA limited users number.The choose opportunities of calculating the Mean Speed of HSUPA limited users can adopt the mode of periodic triggers.NodeB is reported the Mean Speed of HSUPA limited users is reported to RNC by public-measurement.
Wherein, between adjacent area, community, Rate mapping relation can be that adjacent cell speed Shi Zhe community speed is multiplied by a coefficient or has a difference with respect to the up DCH speed of this community.
The mapping relations of HSUPA service rate and up DCH service rate can be the corresponding relation of rate value to rate value, and a HSUPA service rate can a unique corresponding up DCH service rate, and for example both exist fixing proportionate relationship.Or, mapping relations can be the corresponding relations of speed shelves level, for example HSUPA speed shelves level is respectively 5760,2000,1000 ,384, 128(units: Kbps), corresponding up DCH speed shelves level is difference 384,128,64,32, 16(unit: Kbps), if 5760>HSUPA speed >=2000, this grade of level of HSUPA Rate mapping to 2000, corresponding, up DCH speed shelves level is 128, determines that limited speed is 128.
For guaranteeing quality of service in this programme, when the guaranteed rate of service contracting is greater than the limited speed of up DCH business, the limited speed of this user uplink DCH business is got guaranteed rate.
In this method, the ascending resource that this method need be carried out in this community divides timing, according to the mapping relations of HSUPA service rate and up DCH service rate, the Mean Speed of HSUPA business limited users in described current area is matched to the HSUPA service rate of corresponding current area, as the limited speed of standard of the up DCH business in described current area.
In this method, according to the limited speed of standard of the up DCH business of described current area, determine that the limited speed of the up DCH business of subscriber equipment in described current area refers to: according to type and the priority of the user institute signing service of the up DCH business of described current area, with respect to the limited speed of described standard, determine a coefficient or up DCH speed shelves level difference, calculate the limited speed of described user's up DCH business.
This method is when implementing, can determine an algorithm determination cycles, when the cycle arrives, check all up DCH users in community, the up DCH business that speed is surpassed to the limited speed of this user uplink DCH business, reconfigure to the limited speed of this user uplink DCH business, thereby vacate resource provision HSUPA user, use.The scene that has a plurality of communities in Active Set for up DCH user, each community can be adjudicated respectively.On this community, when a user's Packet Service is initially based upon up DCH, or up DCH service dynamic is while adjusting speed, and speed can not surpass the limited speed of this user uplink DCH business.For preventing table tennis, the limited speed that up DCH business can be set is removed duration.The scene that has a plurality of communities in Active Set for up DCH user, each community can be adjudicated respectively.
In this programme, radio network controller comprises the limited speed determination module of up DCH business, ascending resource distribution module;
The limited speed determination module of described up DCH business, for according to the limited speed of uplink dedicated transmission channel (DCH) business of the rate calculations subscriber equipment of high speed uplink packet access (HSUPA) business of subscriber equipment;
Described ascending resource distribution module, when judging that the speed of the up DCH business of subscriber equipment surpasses the limited speed of up DCH business of described subscriber equipment, the service rate of the up DCH business of described subscriber equipment is configured to the limited speed of described up DCH business.
The limited speed determination module of described up DCH business comprises receiving element, the limited rate determination unit of standard, the limited rate determination unit of up DCH business, transmitting element.
For execution mode one,
Described receiving element, for receiving the Mean Speed of HSUPA business limited users in the community that base station sends;
The limited rate determination unit of described standard, in the community sending for the base station receiving according to described receiving element, the Mean Speed coupling of HSUPA business limited users is determined the limited speed of standard of the up DCH business in current area;
The limited rate determination unit of described up DCH business, for determining the limited speed of the up DCH business of subscriber equipment in described current area according to the limited speed of standard of the up DCH business in described current area.
For execution mode two,
Described receiving element, for receiving the Mean Speed of HSUPA business limited users in the community that base station sends; Also for receiving the limited speed of standard of the cell uplink DCH business of homogeneous-frequency adjacent-domain;
The limited rate determination unit of described standard, the Mean Speed coupling sending for the base station receiving according to described receiving element is determined the limited speed of standard of cell uplink DCH business; Also, for Rate mapping relation between the limited speed of standard of the cell uplink DCH business of the homogeneous-frequency adjacent-domain that receives according to described receiving element and adjacent area, community, determine the limited speed of standard of the up DCH business in current area corresponding to described homogeneous-frequency adjacent-domain;
The limited rate determination unit of described up DCH business, for determining the limited speed of the up DCH business of subscriber equipment in described current area according to the limited speed of standard of the up DCH business in described current area;
Described transmitting element, for sending the limited speed of standard of the definite cell uplink DCH business of described control unit.
For execution mode three,
Described receiving element, for receiving the Mean Speed of HSUPA business limited users in the community that base station sends; Also for receiving the limited speed of standard of the cell uplink DCH business of homogeneous-frequency adjacent-domain;
The limited rate determination unit of described standard, the Mean Speed coupling sending for the base station receiving according to described receiving element is determined the limited speed of the first standard of cell uplink DCH business; Also, for Rate mapping relation between the limited speed of standard of the cell uplink DCH business of the homogeneous-frequency adjacent-domain that receives according to described receiving element and adjacent area, community, determine the limited speed of the second standard of the up DCH business in current area corresponding to described homogeneous-frequency adjacent-domain;
The limited rate determination unit of described up DCH business, for using the limited speed of standard of little person up DCH business as current area of the limited speed of described the first standard and the limited speed of the second standard, according to the limited speed of standard of the up DCH business in described current area, determine the limited speed of the up DCH business of subscriber equipment in described current area;
Described transmitting element, for sending the limited speed of standard of the definite cell uplink DCH business of described control unit.
Below in conjunction with accompanying drawing, the enforcement of technical solution of the present invention is described in further detail:
Specific embodiment one
Specific embodiment one comprises that step 201 is to 206 as shown in Figure 2.
Step 201, the fairness algorithm judgement cycle that the upper community CellA of NodeB sets arrives;
Step 202, the Mean Speed of the upper HSUPA limited users of NodeB calculation plot CellA;
Step 203, NodeB is to the Mean Speed of the upper HSUPA limited users of RNC reporting subdistrict CellA;
Step 204, RNC is according to the HSUPA and the speed shelves level mapping relations between up DCH business of the configuration of self operation characteristic, and the limited speed of standard of this cell uplink DCH business of acquisition CellA is the limited speed of standard of the up DCH business of CellA;
Step 205, RNC is according to speed shelves level and the priority mapping relation of the configuration of self operation characteristic, and signing type and the priority of the up DCH business of each UE, the limited speed of the up DCH business of each UE on acquisition community CellA;
Step 206, is greater than the UE of limited speed for the up DCH Packet Service speed on the CellA of community, RNC triggers the up DCH Packet Service of this UE reprovision to limited speed.
Specific embodiment two
CellA and CellB are homogeneous-frequency adjacent-domain as shown in Figure 3, and specific embodiment two comprises that step 301 is to 308.
Step 301, the fairness algorithm judgement cycle that the upper community CellB of NodeB sets arrives;
Step 302, the Mean Speed of the upper HSUPA limited users of NodeB calculation plot CellB;
Step 303, NodeB is to the Mean Speed of the upper HSUPA limited users of RNC reporting subdistrict CellB;
Step 304, RNC is according to the HSUPA and the speed shelves level mapping relations between up DCH business of the configuration of self operation characteristic, the limited speed of standard of this cell uplink DCH business of acquisition CellB;
Step 305, the CellB of RNC is by the limited speed of standard of this cell uplink DCH business, and notice is to adjacent area CellA;
Step 306, RNC, according to the speed shelves level mapping relations between the adjacent area of self operation characteristic configuration, obtains the limited speed of standard of the up DCH business in CellB adjacent area of CellA, is the limited speed of standard of the up DCH business of CellA;
Step 307, RNC is according to speed shelves level and the priority mapping relation of the configuration of self operation characteristic, and signing type and the priority of the up DCH business of each UE, the limited speed of the up DCH business of each UE on acquisition community CellA;
Step 308, is greater than the UE of limited speed for the up DCH Packet Service speed on the CellA of community, RNC triggers the up DCH Packet Service of this UE reprovision to limited speed.
Specific embodiment three
CellA and CellB are homogeneous-frequency adjacent-domain as shown in Figure 4, and specific embodiment three comprises that step 401 is to 412.
Step 401, the fairness algorithm judgement cycle that the upper community CellB of NodeB sets arrives;
Step 402, the Mean Speed of the upper HSUPA limited users of NodeB calculation plot CellB;
Step 403, NodeB is to the Mean Speed of the upper HSUPA limited users of RNC reporting subdistrict CellB;
Step 404, RNC is according to the HSUPA and the speed shelves level mapping relations between up DCH business of the configuration of self operation characteristic, the limited speed of standard of this cell uplink DCH business of acquisition CellB;
Step 405, the CellB of RNC is by the limited speed of standard of this cell uplink DCH business, and notice is to adjacent area CellA;
Step 406, the fairness algorithm judgement cycle that the upper community CellA of NodeB sets arrives;
Step 407, the Mean Speed of the upper HSUPA limited users of NodeB calculation plot CellA;
Step 408, NodeB is to the Mean Speed of the upper HSUPA limited users of RNC reporting subdistrict CellA;
Step 409, RNC is according to the HSUPA and the speed shelves level mapping relations between up DCH business of the configuration of self operation characteristic, the limited speed of standard of this cell uplink DCH business of acquisition CellA;
Step 410, RNC is according to the speed shelves level mapping relations between the adjacent area of self operation characteristic configuration, and the limited speed of standard of the up DCH business of community CellB notice, obtain the limited speed of standard of the up DCH business in CellB adjacent area of CellA, compare with the limited speed of standard of this cell uplink DCH business of CellA, speed smaller, is the limited speed of standard of the up DCH business of CellA;
Step 411, RNC is according to speed shelves level and the priority mapping relation of the configuration of self operation characteristic, and signing type and the priority of the up DCH business of each UE, the limited speed of the up DCH business of each UE on acquisition community CellA;
Step 412, is greater than the UE of limited speed for the up DCH Packet Service speed on the CellA of community, RNC triggers the up DCH Packet Service of this UE reprovision to limited speed.
Specific embodiment four
Specific embodiment four comprises that step 501 is to 508 as shown in Figure 5.
Step 501, the fairness algorithm judgement cycle that the upper community CellA of NodeB sets arrives;
Step 502, the Mean Speed of the upper HSUPA limited users of NodeB calculation plot CellA;
Step 503, NodeB is to the Mean Speed of the upper HSUPA limited users of RNC reporting subdistrict CellA;
Step 504, RNC is according to the HSUPA and the speed shelves level mapping relations between up DCH business of the configuration of self operation characteristic, and the limited speed of standard of this cell uplink DCH business of acquisition CellA is the limited speed of standard of the up DCH business of CellA;
Step 505, RNC receives the same-frequency measure reporting that UE reports, CellA meets the soft condition that adds;
Step 506, RNC is according to speed shelves level and the priority mapping relation of the configuration of self operation characteristic, and signing type and the priority of the up DCH business of each UE, the limited speed of the up DCH business of each UE on acquisition community CellA;
Step 507, no matter whether the up DCH Packet Service speed of UE is greater than limited speed, and RNC initiates the soft CellA of adding flow process;
Step 508, after the soft CellA of adding of UE completes, if the up DCH Packet Service speed of RNC judgement UE is greater than limited speed, triggers the up DCH Packet Service of this UE reprovision to limited speed.
Specific embodiment five
Specific embodiment five comprises that step 601 is to 606 as shown in Figure 6.
Step 601, the fairness algorithm judgement cycle that the upper community CellA of NodeB sets arrives;
Step 602, the Mean Speed of the upper HSUPA limited users of NodeB calculation plot CellA;
Step 603, NodeB is to the Mean Speed of the upper HSUPA limited users of RNC reporting subdistrict CellA;
Step 604, RNC is according to the HSUPA and the speed shelves level mapping relations between up DCH business of the configuration of self operation characteristic, and the limited speed of standard of this cell uplink DCH business of acquisition CellA is the limited speed of standard of the up DCH business of CellA;
Step 605, RNC is according to speed shelves level and the priority mapping relation of the configuration of self operation characteristic, and signing type and the priority of the up DCH business of each UE, the limited speed of the up DCH business of each UE on acquisition community CellA;
Step 606, upper for community CellA, when the Packet Service of UE is initially based upon up DCH, or up DCH service dynamic is while adjusting speed, and RNC limits the limited speed that its speed can not surpass the up DCH business of UE.
It should be noted that, in the situation that not conflicting, the embodiment in the application and the feature in embodiment be combination in any mutually.
Certainly; the present invention also can have other various embodiments; in the situation that not deviating from spirit of the present invention and essence thereof; those of ordinary skill in the art can make according to the present invention various corresponding changes and distortion, but these corresponding changes and distortion all should belong to the protection range of the appended claim of the present invention.
One of ordinary skill in the art will appreciate that all or part of step in said method can come instruction related hardware to complete by program, described program can be stored in computer-readable recording medium, as read-only memory, disk or CD etc.Alternatively, all or part of step of above-described embodiment also can realize with one or more integrated circuits.Correspondingly, each the module/unit in above-described embodiment can adopt the form of hardware to realize, and also can adopt the form of software function module to realize.The present invention is not restricted to the combination of the hardware and software of any particular form.
Claims (12)
1. a uplink service resource allocation methods, wherein,
According to the limited speed of uplink dedicated transmission channel (DCH) business of the rate calculations subscriber equipment of high speed uplink packet access (HSUPA) business of subscriber equipment, when the speed of the up DCH business of judgement subscriber equipment surpasses the limited speed of up DCH business of described subscriber equipment, the service rate of the up DCH business of described subscriber equipment is configured to the limited speed of described up DCH business.
2. the method for claim 1, is characterized in that,
The described method according to the limited speed of the DCH business of the rate calculations subscriber equipment of the HSUPA business of subscriber equipment refers to:
Calculate the Mean Speed of HSUPA business limited users in current area, according to this Mean Speed coupling, determine the limited speed of standard of the up DCH business in current area;
According to the limited speed of the standard of described up DCH business, determine the limited speed of the up DCH business of subscriber equipment in described current area.
3. the method for claim 1, is characterized in that,
The described method according to the limited speed of the DCH business of the rate calculations subscriber equipment of the HSUPA business of subscriber equipment refers to:
Calculate the Mean Speed of HSUPA business limited users in homogeneous-frequency adjacent-domain, current area, according to this Mean Speed coupling, determine the limited speed of standard of the up DCH business of homogeneous-frequency adjacent-domain, described current area;
According to Rate mapping relation between adjacent area, community, determine the limited speed of standard of the up DCH business in current area corresponding to described adjacent area;
According to the limited speed of standard of the described up DCH business of adjacent area, described current area, determine the limited speed of the up DCH business of subscriber equipment in described current area.
4. the method for claim 1, is characterized in that,
The described method according to the limited speed of the DCH business of the rate calculations subscriber equipment of the HSUPA business of subscriber equipment refers to:
Calculate the Mean Speed of HSUPA business limited users in current area, according to this Mean Speed coupling, determine the limited speed of the first standard of the up DCH business in current area;
Calculate the Mean Speed of HSUPA business limited users in homogeneous-frequency adjacent-domain, current area, according to this Mean Speed coupling, determine the limited speed of standard of the up DCH business of adjacent area, described current area, according to Rate mapping relation between adjacent area, community, determine the limited speed of the second standard of the up DCH business in current area corresponding to described homogeneous-frequency adjacent-domain;
Using the limited speed of standard of the little person up DCH business as current area in the limited speed of described the first standard and the limited speed of the second standard;
According to the limited speed of standard of the up DCH business of described current area, determine the limited speed of the up DCH business of subscriber equipment in described current area.
5. method as claimed in claim 2, is characterized in that,
According to the mapping relations of HSUPA service rate and up DCH service rate, the Mean Speed of HSUPA business limited users in described current area is matched to the HSUPA service rate of corresponding current area, as the limited speed of standard of the up DCH business in described current area.
6. the method as described in claim 2,3 or 4, is characterized in that,
According to the limited speed of standard of the up DCH business of described current area, determine that the limited speed of the up DCH business of subscriber equipment in described current area refers to:
According to type and the priority of the user institute signing service of the up DCH business of described current area, with respect to the limited speed of described standard, determine a coefficient or up DCH speed shelves level difference, calculate the limited speed of described user's up DCH business.
7. a radio network controller, wherein,
Described radio network controller comprises the limited speed determination module of up DCH business, ascending resource distribution module;
The limited speed determination module of described up DCH business, for according to the limited speed of uplink dedicated transmission channel (DCH) business of the rate calculations subscriber equipment of high speed uplink packet access (HSUPA) business of subscriber equipment;
Described ascending resource distribution module, when judging that the speed of the up DCH business of subscriber equipment surpasses the limited speed of up DCH business of described subscriber equipment, the service rate of the up DCH business of described subscriber equipment is configured to the limited speed of described up DCH business.
8. radio network controller as claimed in claim 7, is characterized in that,
The limited speed determination module of described up DCH business comprises receiving element, the limited rate determination unit of standard, the limited rate determination unit of up DCH business;
Described receiving element, for receiving the Mean Speed of HSUPA business limited users in the community that base station sends;
The limited rate determination unit of described standard, in the community sending for the base station receiving according to described receiving element, the Mean Speed coupling of HSUPA business limited users is determined the limited speed of standard of the up DCH business in current area;
The limited rate determination unit of described up DCH business, for determining the limited speed of the up DCH business of subscriber equipment in described current area according to the limited speed of standard of the up DCH business in described current area.
9. radio network controller as claimed in claim 7, is characterized in that,
The limited speed determination module of described up DCH business comprises receiving element, the limited rate determination unit of standard, the limited rate determination unit of up DCH business, transmitting element;
Described receiving element, for receiving the Mean Speed of HSUPA business limited users in the community that base station sends; Also for receiving the limited speed of standard of the cell uplink DCH business of homogeneous-frequency adjacent-domain;
The limited rate determination unit of described standard, the Mean Speed coupling sending for the base station receiving according to described receiving element is determined the limited speed of standard of cell uplink DCH business; Also, for Rate mapping relation between the limited speed of standard of the cell uplink DCH business of the homogeneous-frequency adjacent-domain that receives according to described receiving element and adjacent area, community, determine the limited speed of standard of the up DCH business in current area corresponding to described homogeneous-frequency adjacent-domain;
The limited rate determination unit of described up DCH business, for determining the limited speed of the up DCH business of subscriber equipment in described current area according to the limited speed of standard of the up DCH business in described current area;
Described transmitting element, for sending the limited speed of standard of the definite cell uplink DCH business of described control unit.
10. radio network controller as claimed in claim 7, is characterized in that,
The limited speed determination module of described up DCH business comprises receiving element, the limited rate determination unit of standard, the limited rate determination unit of up DCH business, transmitting element;
Described receiving element, for receiving the Mean Speed of HSUPA business limited users in the community that base station sends; Also for receiving the limited speed of standard of the cell uplink DCH business of homogeneous-frequency adjacent-domain;
The limited rate determination unit of described standard, the Mean Speed coupling sending for the base station receiving according to described receiving element is determined the limited speed of the first standard of cell uplink DCH business; Also, for Rate mapping relation between the limited speed of standard of the cell uplink DCH business of the homogeneous-frequency adjacent-domain that receives according to described receiving element and adjacent area, community, determine the limited speed of the second standard of the up DCH business in current area corresponding to described homogeneous-frequency adjacent-domain;
The limited rate determination unit of described up DCH business, for using the limited speed of standard of little person up DCH business as current area of the limited speed of described the first standard and the limited speed of the second standard, according to the limited speed of standard of the up DCH business in described current area, determine the limited speed of the up DCH business of subscriber equipment in described current area;
Described transmitting element, for sending the limited speed of standard of the definite cell uplink DCH business of described control unit.
11. radio network controllers as claimed in claim 8, is characterized in that,
The limited rate determination unit of described standard, also for according to the mapping relations of HSUPA service rate and up DCH service rate, the Mean Speed of HSUPA business limited users in described current area is matched to the HSUPA service rate of corresponding current area, as the limited speed of standard of the up DCH business in described current area.
12. radio network controllers as described in claim 8,9,10, is characterized in that,
The limited rate determination unit of described up DCH business, also for according to type and the priority of the user institute signing service of the up DCH business of described current area, with respect to the limited speed of described standard, determine a coefficient or up DCH speed shelves level difference, calculate the limited speed of described user's up DCH business.
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