SYSTEM AND METHOD OF PROVIDING A MEDIUM ACCESS CONTROL SCHEDULER
A method for operating a user terminal in a satellite communication system includes receiving an uplink map from a satellite, the uplink map identifying a respective grant of radio resources in an uplink frame for the user terminal and at least one additional user terminal representing a set of user terminals. The uplink map is generated by the satellite. The satellite performs operations comprising: forming the set of user terminals into a plurality of bursts; computing available radio resources for each respective burst of the plurality of bursts; and allocating a respective grant of radio resources to the user terminal based on computing the available radio resources for each respective burst of the plurality of bursts. The user terminal transmits data in the uplink frame allocated for the user terminal based on the uplink map.
1 . A method for operating a user terminal in a satellite communication system, the method comprising:
receiving an uplink map from a satellite, the uplink map identifying a respective grant of radio resources in an uplink frame for the user terminal and at least one additional user terminal representing a set of user terminals, wherein the uplink map is generated by the satellite, wherein the satellite performs operations comprising:
forming the set of user terminals into a plurality of bursts;
computing available radio resources for each respective burst of the plurality of bursts; and
allocating a respective grant of radio resources to the user terminal based on computing the available radio resources for each respective burst of the plurality of bursts; and
transmitting data in the uplink frame allocated for the user terminal based on the uplink map.
2 . The method of claim 1 , wherein allocating the respective grant of radio resources to the user terminal comprises determining a total number of modulation symbols required for all user terminals having data in a respective burst of the plurality of bursts associated with the user terminal.
3 . The method of claim 1 , wherein allocating the respective grant of radio resources to the user terminal comprises determining a number of required resource blocks for a respective burst of the plurality of bursts associated with the user terminal.
4 . The method of claim 1 , wherein allocating the respective grant of radio resources to the user terminal comprises determining a required burst length for a respective burst of the plurality of bursts associated with the user terminal.
5 . The method of claim 1 , wherein allocating the respective grant of radio resources to the user terminal comprises determining an unused burst length for a respective burst of the plurality of bursts associated with the user terminal to yield the respective grant of radio resources to each respective user terminal to the respective burst of the plurality of bursts.
6 . A user terminal communicating with a satellite communication system, the user terminal comprising:
a processor; and
a computer-readable storage device storing instructions which, when executed by the processor, cause the processor to perform operations comprising:
receiving an uplink map from a satellite, the uplink map identifying a respective grant of radio resources in an uplink frame for the user terminal and at least one additional user terminal representing a set of user terminals, wherein the uplink map is generated by the satellite, wherein the satellite performs operations comprising:
forming the set of user terminals into a plurality of bursts;
computing available radio resources for each respective burst of the plurality of bursts; and
allocating a respective grant of radio resources to the user terminal based on computing the available radio resources for each respective burst of the plurality of bursts; and
transmitting data in the uplink frame allocated for the user terminal based on the uplink map.
7 . The user terminal of claim 6 , wherein allocating the respective grant of radio resources to the user terminal comprises determining a total number of modulation symbols required for all user terminals having data in a respective burst of the plurality of bursts associated with the user terminal.
8 . The user terminal of claim 6 , wherein allocating the respective grant of radio resources to the user terminal comprises determining a number of required resource blocks for a respective burst of the plurality of bursts associated with the user terminal.
9 . The user terminal of claim 6 , wherein allocating the respective grant of radio resources to the user terminal comprises determining a required burst length for a respective burst of the plurality of bursts associated with the user terminal.
10 . The user terminal of claim 6 , wherein allocating the respective grant of radio resources to the user terminal comprises determining an unused burst length for a respective burst of the plurality of bursts associated with the user terminal to yield the respective grant of radio resources to each respective user terminal to the respective burst of the plurality of bursts.