CN103517440A - Wireless resource adaptive distribution method and device - Google Patents
Wireless resource adaptive distribution method and device Download PDFInfo
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- CN103517440A CN103517440A CN201210209708.9A CN201210209708A CN103517440A CN 103517440 A CN103517440 A CN 103517440A CN 201210209708 A CN201210209708 A CN 201210209708A CN 103517440 A CN103517440 A CN 103517440A
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Abstract
The invention discloses a wireless resource adaptive distribution method and device. The method comprises calculating wireless communication quality parameters of terminals in a real-time manner, and determining, based on the wireless communication quality parameters of the terminals, the wireless resource quantity needed by the terminals and distributing wireless resources to the terminals. According to the scheme, wireless communication quality parameters of all terminals can be calculated in a real-time manner, wireless resources can be distributed reasonably for different resource demands of different terminals, and the reasonable resource distribution degree and the resource utilization rate can be improved under a condition that the conversation quality of users is guaranteed and the cost of hardware is not increased.
Description
Technical field
The present invention relates to the technical field of wireless communication system, relate in particular to a kind of Radio Resource self-adapting distribution method and device.
Background technology
Development along with wireless communication technology, mobile phone users increases rapidly, increasing with the contradiction of the baseband board disposal ability of base station of number of users highlights, except increasing base station or increasing baseband board and so on hardware investment, how to excavate the disposal ability of existing baseband board, increase single baseband board number of access terminals, for existing user provides better service quality, become important topic simultaneously.
More common way is user in base station or community at present, according to unified principle fixed allocation resource, this mode is more single, can only adopt maximum allocated principle, give the identical Radio Resource of all user assignments, the problem of not considering the situation difference of different user, has caused the wasting of resources like this, can not well reach base station resource and rationally use.
For example, in UMTS base station, radius of society is larger, and consumption of natural resource is more, causes accessing terminal fewer.But generally, terminal major part in community is in base station center district, the terminal that is in cell edge is fewer, if all terminals are all according to the largest cell radius Resources allocation of cell configuration, obviously, the terminal that is in base station center district will be wasted a large amount of searching resources, cause baseband board capacity greatly to reduce.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of Radio Resource self-adapting distribution method and device, solves the resource causing for all user assignment same wireless resources in prior art and distributes the low problem of resonable degree.
In order to solve the problems of the technologies described above, the invention provides a kind of Radio Resource self-adapting distribution method, it is characterized in that, comprise: the radio communication quality parameter of real-time computing terminal, according to the described radio communication quality parameter of described terminal, determine the Radio Resource quantity that described terminal is required and be dispensed to described terminal.
Further, said method can also have following characteristics:
Described radio communication quality parameter refers to the distance parameter at the center of described terminal distance described terminal affiliated subdistrict;
The described described radio communication quality parameter according to described terminal determines that the required Radio Resource quantity of described terminal refers to: the value of described distance parameter is less, the required Radio Resource quantity of the described terminal determined is fewer, the value of described distance parameter is larger, and the required Radio Resource quantity of the described terminal determined is more.
Further, said method can also have following characteristics:
Described radio communication quality parameter refers to the signal quality parameter of described terminal;
The described described radio communication quality parameter according to described terminal determines that the required Radio Resource quantity of described terminal refers to: the value of described signal quality parameter is less, the required Radio Resource quantity of the described terminal determined is more, the value of described signal quality parameter is larger, and the required Radio Resource quantity of the described terminal determined is fewer.
Further, said method can also have following characteristics:
Described radio communication quality parameter refers to the translational speed of described terminal;
The described described radio communication quality parameter according to described terminal determines that the required Radio Resource quantity of described terminal refers to: the value of described translational speed is less, the required Radio Resource quantity of the described terminal determined is fewer, the value of described translational speed is larger, and the required Radio Resource quantity of the described terminal determined is larger.
Further, said method can also have following characteristics:
The radio communication quality parameter of described terminal comprises at least two kinds of following parameter: the distance parameter at center of described terminal affiliated subdistrict is, the translational speed of the signal quality parameter of described terminal, described terminal;
The described described radio communication quality parameter according to described terminal determines that the required Radio Resource quantity of described terminal refers to: the value of each parameter in the radio communication quality parameter of described terminal is carried out obtaining comprehensive reference value after coefficient weighting, according to described comprehensive reference value, determine the Radio Resource quantity that described terminal is required.
In order to solve the problems of the technologies described above, the invention provides a kind of Radio Resource self adaptation distributor, be applied to base station, described device comprises parameter calculating module, resource quantity determination module and resource distribution module;
Described parameter calculating module, for the radio communication quality parameter of real-time computing terminal;
Described resource quantity determination module, determines for the described radio communication quality parameter according to described terminal the Radio Resource quantity that described terminal is required;
Described resource distribution module is described terminal distribution resource for the Radio Resource quantity of determining according to described resource quantity determination module.
Further, said apparatus can also have following characteristics:
Described parameter calculating module comprises apart from center of housing estate metrics calculation unit;
Described apart from center of housing estate metrics calculation unit, for calculating in real time the distance parameter at the center of described terminal distance described terminal affiliated subdistrict;
Described resource quantity determination module, for determining according to the described distance parameter calculating apart from center of housing estate metrics calculation unit the Radio Resource quantity that described terminal is required, the value of described distance parameter is less, the required Radio Resource quantity of the described terminal determined is fewer, the value of described distance parameter is larger, and the required Radio Resource quantity of the described terminal determined is more.
Further, said apparatus can also have following characteristics:
Described parameter calculating module comprises signal quality parameter computing unit;
Described signal quality parameter computing unit, for calculating in real time the signal quality parameter of described terminal;
Described resource quantity determination module, for the signal quality parameter calculating according to described signal quality parameter computing unit, determine the Radio Resource quantity that described terminal is required, the value of described signal quality parameter is less, the required Radio Resource quantity of the described terminal determined is more, the value of described signal quality parameter is larger, and the required Radio Resource quantity of the described terminal determined is fewer.
Further, said apparatus can also have following characteristics:
Described parameter calculating module comprises translational speed computing unit;
Described translational speed computing unit, for calculating in real time the translational speed of the described terminal of described terminal distance;
Described resource quantity determination module, translational speed for the described terminal that calculates according to described translational speed computing unit is determined the Radio Resource quantity that described terminal is required, the value of described translational speed is less, the required Radio Resource quantity of the described terminal determined is fewer, the value of described translational speed is larger, and the required Radio Resource quantity of the described terminal determined is more.
Further, said apparatus can also have following characteristics:
Described parameter calculating module comprises apart from center of housing estate metrics calculation unit, signal quality parameter computing unit, translational speed computing unit, parametric synthesis reference value computing unit;
Described apart from center of housing estate metrics calculation unit, for calculating in real time the distance parameter at the center of described terminal distance described terminal affiliated subdistrict;
Described signal quality parameter computing unit, for calculating in real time the signal quality parameter of described terminal;
Described translational speed computing unit, for calculating in real time the translational speed of the described terminal of described terminal distance;
Described parametric synthesis reference value computing unit, for carrying out obtaining comprehensive reference value after coefficient weighting according at least two kinds of the described parameter apart from center of housing estate metrics calculation unit, described signal quality parameter computing unit and the output of described translational speed computing unit;
Described resource quantity determination module, for determining according to described comprehensive reference value the Radio Resource quantity that described terminal is required.
This programme calculates the radio communication quality parameter of each terminal in real time, for the different resource demand of different terminals distributing radio resource reasonably, guaranteeing user's speech quality and do not increasing under the condition of hardware cost, improving resource and distribute resonable degree, improving resource utilization.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of Radio Resource self-adapting distribution method;
Fig. 2 is the structure chart of Radio Resource self adaptation distributor.
Embodiment
As shown in Figure 1, Radio Resource self-adapting distribution method comprises: the radio communication quality parameter of real-time computing terminal, and according to the described radio communication quality parameter of described terminal, determine the Radio Resource quantity that described terminal is required and be dispensed to described terminal.
The correlation measurement information that in this programme, base station receiving terminal reports, can be using this metrical information directly as the radio communication quality parameter of terminal; Or the correlation measurement information that base station receiving terminal reports, according to the radio communication quality parameter of the further computing terminal of this metrical information, according to this radio communication quality parameter, determine need to be the resource quantity of terminal distribution, wherein, base station can receive repeatedly after the correlation measurement information of terminal to report, determines the radio communication quality parameter of terminal according to this information repeatedly after analyzing.
In this method, can calculate in real time the radio communication quality parameter of terminal, and be the size that described terminal is determined the Radio Resource that needs distribution according to the value of this parameter, can also record result of calculation repeatedly and carry out computing (sum operation for example, ranking operation or the computing of applying certain algorithm) obtain a synthesis result, according to this synthesis result, be the size that described terminal is determined the Radio Resource that needs distribution.
Embodiment mono-
Radio communication quality parameter refers to that terminal is apart from the distance parameter at the center of terminal affiliated subdistrict.
According to the described radio communication quality parameter of described terminal, determine that the required Radio Resource quantity of described terminal refers to: the value of described distance parameter is less, the required Radio Resource quantity of the described terminal determined is fewer, the value of described distance parameter is larger, and the required Radio Resource quantity of the described terminal determined is more.
When terminal is positioned near the center of terminal affiliated subdistrict, it is the less Radio Resource of terminal distribution; When terminal is positioned near the edge of terminal affiliated subdistrict, it is the more Radio Resource of terminal distribution.Terminal apart from the distance at the center of terminal affiliated subdistrict and for this reason the functional relation of the Radio Resource of terminal distribution can be the proportionate relationship of fixed coefficient, also can be the proportionate relationship of non-fixed coefficient, also can be the relation obtaining through certain algorithm, it can also be the corresponding relation of fixed value, for example: the value of radio communication quality parameter is divided into N interval from small to large, each interval unique corresponding Radio Resource value, by judging that thereby the terminal of terminal is positioned at which interval terminal distribution for this reason interval corresponding Radio Resource value therewith apart from the distance at the center of terminal affiliated subdistrict.For example the distance at the center of distance described terminal affiliated subdistrict is divided to four interval: 0-2.5km, 2.5km-5km, 5km-7.5km, 7.5km-10km, corresponding Radio Resource value is respectively A, B, C, the D increasing successively with it.
Embodiment bis-
Radio communication quality parameter refers to the signal quality parameter of described terminal;
According to the described radio communication quality parameter of described terminal, determine that the required Radio Resource quantity of described terminal refers to: the value of described signal quality parameter is less, the required Radio Resource quantity of the described terminal determined is more, the value of described signal quality parameter is larger, and the required Radio Resource quantity of the described terminal determined is fewer.
For example, when the signal quality of terminal is poor (signal to noise ratio is little), be the more Radio Resource of terminal distribution; For example, when the signal quality of terminal is better (signal to noise ratio is large), be the less Radio Resource of terminal distribution.The functional relation of the Radio Resource of the signal quality of terminal and for this reason terminal distribution can be the proportionate relationship of fixed coefficient, also can be the proportionate relationship of non-fixed coefficient, also can be the relation obtaining through certain algorithm, it can also be the corresponding relation of fixed value, for example: the value of the signal quality of terminal is divided into N interval from small to large, each interval unique corresponding Radio Resource value, thus by the signal quality of judgement terminal, be positioned at which interval terminal distribution for this reason interval corresponding Radio Resource value therewith.For example the signal to noise ratio of the wireless signal of terminal is divided into successively four intervals reducing with it corresponding Radio Resource value be respectively A, B, C, the D reducing successively.
Embodiment tri-
Radio communication quality parameter refers to the translational speed of described terminal;
According to the described radio communication quality parameter of described terminal, determine that the required Radio Resource quantity of described terminal refers to: the value of described translational speed is less, the required Radio Resource quantity of the described terminal determined is fewer, the value of described translational speed is larger, and the required Radio Resource quantity of the described terminal determined is larger.
For example, when the translational speed of terminal is slower (terminal is positioned at fixed chamber), be the less Radio Resource of terminal distribution; For example, when the translational speed of terminal is very fast (terminal is positioned on the train of high-speed mobile), be the more Radio Resource of terminal distribution.The functional relation of the Radio Resource of the translational speed of terminal and for this reason terminal distribution can be the proportionate relationship of fixed coefficient, also can be the proportionate relationship of non-fixed coefficient, also can be the relation obtaining through certain algorithm, it can also be the corresponding relation of fixed value, for example: the value of the translational speed of terminal is divided into N interval from small to large, each interval unique corresponding Radio Resource value, thus by the translational speed of judgement terminal, be positioned at which interval terminal distribution for this reason interval corresponding Radio Resource value therewith.For example the translational speed of the wireless signal of terminal is divided into successively four intervals increasing with it corresponding Radio Resource value be respectively A, B, C, the D increasing successively.
Embodiment tetra-
The radio communication quality parameter of terminal can also be not limited to a kind of parameter, can also comprise at least two kinds of following parameter: the distance parameter at center of described terminal affiliated subdistrict is, the translational speed of the signal quality parameter of described terminal, described terminal;
According to the described radio communication quality parameter of described terminal, determine that the required Radio Resource quantity of described terminal refers to: the value of each parameter in the radio communication quality parameter of described terminal is carried out obtaining comprehensive reference value after coefficient weighting, according to described comprehensive reference value, determine the Radio Resource quantity that described terminal is required.
Specific embodiment
UMTS base station take below as example, according to methods described herein, illustrate according to the specific embodiment of the distance dynamic assignment resource of terminal and base station, comprise step 1.
Step 1, classifies terminal apart from the distance at the center of affiliated subdistrict, as is divided into 0-2.5km, 2.5km-5km, 5km-7.5km, 7.5km-10km tetra-classes.
Step 2, carries out initialization setting by terminal apart from the distance at the center of affiliated subdistrict, and half radius of community is 10km, and for example initialization terminal is 7.5km-10km apart from the distance at the center of affiliated subdistrict.
Step 3, the base station measuring-signal that regularly receiving terminal reports.
Step 4, according to the measuring-signal computing terminal position of terminal to report, upgrades this terminal positional information.
In this step, the measuring-signal that repeatedly receiving terminal reports, carries out, after analyzing and processing, finally determining terminal positional information to the information repeatedly reporting.
Step 5, when dedicated wireless link is set up in terminal and base station, base station terminal positional information determines and to be required to be the Radio Resource quantity of described terminal distribution and to distribute to terminal, and forwards step 3 to, guarantees dynamically updating of terminal positional information and dynamically updating for the Radio Resource of terminal distribution.
As shown in Figure 2, in base station, Radio Resource self adaptation distributor comprises parameter calculating module, resource quantity determination module and resource distribution module.
Parameter calculating module, for the radio communication quality parameter of real-time computing terminal;
Resource quantity determination module, determines for the described radio communication quality parameter according to described terminal the Radio Resource quantity that described terminal is required;
Resource distribution module is described terminal distribution resource for the Radio Resource quantity of determining according to described resource quantity determination module.
Embodiment mono-
Parameter calculating module comprises apart from center of housing estate metrics calculation unit;
Apart from center of housing estate metrics calculation unit, for calculating in real time the distance parameter at the center of described terminal distance described terminal affiliated subdistrict;
Described resource quantity determination module, for determining according to the described distance parameter calculating apart from center of housing estate metrics calculation unit the Radio Resource quantity that described terminal is required, the value of described distance parameter is less, the required Radio Resource quantity of the described terminal determined is fewer, the value of described distance parameter is larger, and the required Radio Resource quantity of the described terminal determined is more.
Embodiment bis-
Parameter calculating module comprises signal quality parameter computing unit;
Signal quality parameter computing unit, for calculating in real time the signal quality parameter of described terminal;
Described resource quantity determination module, for the signal quality parameter calculating according to described signal quality parameter computing unit, determine the Radio Resource quantity that described terminal is required, the value of described signal quality parameter is less, the required Radio Resource quantity of the described terminal determined is more, the value of described signal quality parameter is larger, and the required Radio Resource quantity of the described terminal determined is fewer.
Embodiment tri-
Parameter calculating module comprises translational speed computing unit;
Translational speed computing unit, for calculating in real time the translational speed of the described terminal of described terminal distance;
Described resource quantity determination module, translational speed for the described terminal that calculates according to described translational speed computing unit is determined the Radio Resource quantity that described terminal is required, the value of described translational speed is less, the required Radio Resource quantity of the described terminal determined is fewer, the value of described translational speed is larger, and the required Radio Resource quantity of the described terminal determined is more.
Embodiment tetra-
Parameter calculating module comprises apart from center of housing estate metrics calculation unit, signal quality parameter computing unit, translational speed computing unit, parametric synthesis reference value computing unit;
Apart from center of housing estate metrics calculation unit, for calculating in real time the distance parameter at the center of described terminal distance described terminal affiliated subdistrict;
Signal quality parameter computing unit, for calculating in real time the signal quality parameter of described terminal;
Translational speed computing unit, for calculating in real time the translational speed of the described terminal of described terminal distance;
Described parametric synthesis reference value computing unit, for carrying out obtaining comprehensive reference value after coefficient weighting according at least two kinds of the described parameter apart from center of housing estate metrics calculation unit, described signal quality parameter computing unit and the output of described translational speed computing unit;
Described resource quantity determination module, for determining according to described comprehensive reference value the Radio Resource quantity that described terminal is required.
This programme considers that in practical application, the terminal under varying environment has different requirements to Radio Resource.According to this programme, end, when cell edge, is distributed more resource, and end, in center of housing estate district, is distributed less resource; When the residing wireless environment of terminal is comparatively severe, distribute more resource, when the residing wireless environment of terminal is comparatively good, distribute less resource; When the translational speed of terminal is faster, distribute more resource, when the movement of terminal is slower, distribute less resource.
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 (10)
1. a Radio Resource self-adapting distribution method, is characterized in that,
The radio communication quality parameter of computing terminal, determines the Radio Resource quantity that described terminal is required and is dispensed to described terminal according to the described radio communication quality parameter of described terminal in real time.
2. the method for claim 1, is characterized in that,
Described radio communication quality parameter refers to the distance parameter at the center of described terminal distance described terminal affiliated subdistrict;
The described described radio communication quality parameter according to described terminal determines that the required Radio Resource quantity of described terminal refers to: the value of described distance parameter is less, the required Radio Resource quantity of the described terminal determined is fewer, the value of described distance parameter is larger, and the required Radio Resource quantity of the described terminal determined is more.
3. the method for claim 1, is characterized in that,
Described radio communication quality parameter refers to the signal quality parameter of described terminal;
The described described radio communication quality parameter according to described terminal determines that the required Radio Resource quantity of described terminal refers to: the value of described signal quality parameter is less, the required Radio Resource quantity of the described terminal determined is more, the value of described signal quality parameter is larger, and the required Radio Resource quantity of the described terminal determined is fewer.
4. the method for claim 1, is characterized in that,
Described radio communication quality parameter refers to the translational speed of described terminal;
The described described radio communication quality parameter according to described terminal determines that the required Radio Resource quantity of described terminal refers to: the value of described translational speed is less, the required Radio Resource quantity of the described terminal determined is fewer, the value of described translational speed is larger, and the required Radio Resource quantity of the described terminal determined is larger.
5. the method for claim 1, is characterized in that,
The radio communication quality parameter of described terminal comprises at least two kinds of following parameter: the distance parameter at center of described terminal affiliated subdistrict is, the translational speed of the signal quality parameter of described terminal, described terminal;
The described described radio communication quality parameter according to described terminal determines that the required Radio Resource quantity of described terminal refers to: the value of each parameter in the radio communication quality parameter of described terminal is carried out obtaining comprehensive reference value after coefficient weighting, according to described comprehensive reference value, determine the Radio Resource quantity that described terminal is required.
6. a Radio Resource self adaptation distributor, is applied to base station, it is characterized in that,
Described device comprises parameter calculating module, resource quantity determination module and resource distribution module;
Described parameter calculating module, for the radio communication quality parameter of real-time computing terminal;
Described resource quantity determination module, determines for the described radio communication quality parameter according to described terminal the Radio Resource quantity that described terminal is required;
Described resource distribution module is described terminal distribution resource for the Radio Resource quantity of determining according to described resource quantity determination module.
7. device as claimed in claim 6, is characterized in that,
Described parameter calculating module comprises apart from center of housing estate metrics calculation unit;
Described apart from center of housing estate metrics calculation unit, for calculating in real time the distance parameter at the center of described terminal distance described terminal affiliated subdistrict;
Described resource quantity determination module, for determining according to the described distance parameter calculating apart from center of housing estate metrics calculation unit the Radio Resource quantity that described terminal is required, the value of described distance parameter is less, the required Radio Resource quantity of the described terminal determined is fewer, the value of described distance parameter is larger, and the required Radio Resource quantity of the described terminal determined is more.
8. device as claimed in claim 6, is characterized in that,
Described parameter calculating module comprises signal quality parameter computing unit;
Described signal quality parameter computing unit, for calculating in real time the signal quality parameter of described terminal;
Described resource quantity determination module, for the signal quality parameter calculating according to described signal quality parameter computing unit, determine the Radio Resource quantity that described terminal is required, the value of described signal quality parameter is less, the required Radio Resource quantity of the described terminal determined is more, the value of described signal quality parameter is larger, and the required Radio Resource quantity of the described terminal determined is fewer.
9. device as claimed in claim 6, is characterized in that,
Described parameter calculating module comprises translational speed computing unit;
Described translational speed computing unit, for calculating in real time the translational speed of the described terminal of described terminal distance;
Described resource quantity determination module, translational speed for the described terminal that calculates according to described translational speed computing unit is determined the Radio Resource quantity that described terminal is required, the value of described translational speed is less, the required Radio Resource quantity of the described terminal determined is fewer, the value of described translational speed is larger, and the required Radio Resource quantity of the described terminal determined is more.
10. device as claimed in claim 6, is characterized in that,
Described parameter calculating module comprises apart from center of housing estate metrics calculation unit, signal quality parameter computing unit, translational speed computing unit, parametric synthesis reference value computing unit;
Described apart from center of housing estate metrics calculation unit, for calculating in real time the distance parameter at the center of described terminal distance described terminal affiliated subdistrict;
Described signal quality parameter computing unit, for calculating in real time the signal quality parameter of described terminal;
Described translational speed computing unit, for calculating in real time the translational speed of the described terminal of described terminal distance;
Described parametric synthesis reference value computing unit, for carrying out obtaining comprehensive reference value after coefficient weighting according at least two kinds of the described parameter apart from center of housing estate metrics calculation unit, described signal quality parameter computing unit and the output of described translational speed computing unit;
Described resource quantity determination module, for determining according to described comprehensive reference value the Radio Resource quantity that described terminal is required.
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