초록 ▼

In a code division multiple access communication system ( 100), a method and an apparatus provide for efficient communications of data rate control information. A mobile station (102) communicates a request on a data channel (302) for reception of a data file on a traffic channel (203). In response

In a code division multiple access communication system ( 100), a method and an apparatus provide for efficient communications of data rate control information. A mobile station (102) communicates a request on a data channel (302) for reception of a data file on a traffic channel (203). In response to the request, a transmitter (600) in mobile station (102) starts communication of data rate control information on a data rate control channel (305). After concluding the delivery of a requested data file by a receiver (400) in mobile station (102), transmitter (600) ceases communication of data rate control information on data rate control channel (305) from mobile station (102).

대표청구항 ▼

What is claimed is: 1. A method for communicating data rate control information comprising: determining a state of a data connection between a mobile station and a base station; gating transmissions of data rate control information on a data rate control channel, from said mobile station to said ba

What is claimed is: 1. A method for communicating data rate control information comprising: determining a state of a data connection between a mobile station and a base station; gating transmissions of data rate control information on a data rate control channel, from said mobile station to said base station, based on said determined state; and determining a transition of said determined state from a busy open state to an idle open state, and after the transition from said busy open state to said idle open state, said gating transmissions ceases transmission of data rate control information on said data rate control channel from said mobile station to said base station. 2. The method as recited in claim 1 wherein said determined state is a busy open state. 3. The method as recited in claim 2 wherein said gating allows transmission of data rate information on said data rate control channel. 4. The method as recited in claim 1 further comprising: determining a transition of said determined state from an idle open state to a busy open state, wherein said gating in response allows transmission of data rate information on said data rate control channel. 5. A processor for controlling communication of data rate control information comprising: means for determining a state of a data connection between a mobile station and a base station; means for gating transmissions of data rate control information on a data rate control channel, from said mobile station to said base station, based on said determined state; and means for determining a transition of said determined state from a busy open state to an idle open state, wherein after the transition, said means for gating transmissions ceases transmission of data rate control information on said data rate control channel from said mobile station to said base station. 6. The processor as recited in claim 5 further comprising: means for determining a transition of said determined state from an idle open state to a busy open state, wherein said gating in response allows transmission of data rate information on said data rate control channel. 7. A wireless mobile station comprising: a gate configured to receive data rate control information; and a gate controller configured to control the gate, wherein the gate controller allows transmission of data rate control information, through the gate, on a data rate control channel from the mobile station during a busy open state and after transitioning from the busy open state to an idle open state, ceases transmission of data rate control information from the mobile station. 8. The wireless mobile station of claim 7, comprising: an encoder for encoding the data rate control information to produce encoded data rate control information.