Voice and data call admission policies for a wireless communication system
View Patent ↗A method of applying one of several resource distribution algorithms to an incoming call to a communication system. The applied resource distribution algorithm is based on resource parameters obtained from a main scheduler of the communication system. Some of the resource parameters include the type of call, the resource usage and the resource allocation scheme. The resource parameters generally describe the amount of resources that are currently being used by the system and which resources are available to the incoming call. The method of the present invention admits the incoming call to the communication system in accordance with one of the resource distribution allocation schemes. In this manner, the resources of the communication system can be efficiently and fairly distributed to different types of users requesting admission to the communication system.
1. A method for admitting an incoming call to a communication system, the method comprising:
obtaining resource parameters from system equipment and applying one of N resource distribution algorithms to the incoming call based on the obtained resource parameter values where N is an integer greater than one, one of the distribution algorithms prioritizing one type of incoming call higher than another type of incoming call, a second one of the distribution algorithms prioritizing the one type of incoming call lower than another type of incoming call and where the obtained resource parameters are (1) type of incoming call, (2) resource usage and (3) resource allocation scheme.
2. The method of claim 1 comprising updating the resource usage parameters when there are no incoming calls.
3. The method of claim 1 where the resource allocation scheme comprises boundaries that divide the communication system's resource space into a certain number of regions and apportioning specific resources for the regions.
4. The method of claim 1 where the resource parameters are obtained from a main scheduler of the communication system.
5. The method of claim 1 , wherein
there are a plurality of high speed channels available for assignment,
a first one of the resource distribution algorithms includes permitting access to a first number of the plurality of high speed channels, and
a second one of the resource distribution algorithms includes permitting access to a second, different number of the plurality of high speed channels.
6. A method for admitting an incoming call to a communication system, the method comprising:
obtaining resource parameters from system equipment and applying one of N resource distribution algorithms to the incoming call based on resource parameter values, where N is an integer greater than one, where the N resource distribution algorithms comprise (1) first come first served, (2) Voice over Data and (3) High Speed Data over Voice.
7. The method of claim 6 where the distribution algorithm Voice over Data is replaced by a Data over Voice distribution algorithm.
8. The method of claim 6 , wherein
there are a plurality of high speed channels available for assignment,
a first one of the resource distribution algorithms includes permitting access to a first number of the plurality of high speed channels, and
a second one of the resource distribution algorithms includes permitting access to a second, different number of the plurality of high speed channels.
9. A method for admitting an incoming call to a communication system, the method comprising:
obtaining resource, parameters from system equipment and applying one of N resource distribution algorithms to the incoming call based on the obtained resource parameter values, where N is an integer greater than one, one of the distribution algorithms prioritizing one type of incoming call higher than another type of incoming call, a second one of the distribution algorithms prioritizing the one type of incoming call lower than another type of incoming call and where more than one resource distribution algorithm is applied to the incoming call.
10. The method claim 9 , wherein
there are a plurality of high speed channels available for assignment,
a first one of the resource distribution algorithms includes permitting access to a first number of the plurality of high speed channels, and
a second one of the resource distribution algorithms includes permitting access to a second, different number of the plurality of high speed channels.
11. A method for admitting an incoming call to a communication system, the method comprising:
dividing a communication resource into a plurality of regions;
determining which of the regions corresponds to a current system operating condition; and
selecting at least one of a plurality of resource distribution algorithms for admitting the incoming call based upon the determined region corresponding to the current system operating condition, one of the distribution algorithms prioritizing one type of incoming call higher than another type of incoming call, a second one of the distribution algorithms prioritizing the one type of incoming call lower than another type of incoming call.
12. The method of claim 11 , comprising
assigning a selected distribution algorithm to each of the regions, respectively.
13. The method of claim 11 , comprising
arranging the regions so that each region corresponds to a selected range of resource usage by the communication system.
14. The method of claim 11 , comprising
selecting at least one of a
first come first served,
voice over data,
data over voice or
high speed data over voice distribution algorithm.
15. The method of claim 11 , comprising
applying more than one distribution algorithm to the incoming call.
16. The method of claim 11 , wherein
there are a plurality of high speed channels available for assignment,
a first one of the resource distribution algorithms includes permitting access to a first number of the plurality of high speed channels, and
a second one of the resource distribution algorithms includes permitting access to a second, different number of the plurality of high speed channels.