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Systems and techniques are disclosed relating to telecommunications which include transmitting a plurality of data groups to a receiver at a first power level, retransmitting a first one of the data groups to the receiver at a second power level lower than the first power level, providing feedback f

Systems and techniques are disclosed relating to telecommunications which include transmitting a plurality of data groups to a receiver at a first power level, retransmitting a first one of the data groups to the receiver at a second power level lower than the first power level, providing feedback from the receiver relating to the retransmission of the first one of the data groups, and retransmitting a second one of the data groups to the receiver at a third power level different from the second power level, the third power level being a function of the feedback. It is emphasized that this abstract is provided to comply with the rules requiring an abstract which will allow a searcher or other reader to quickly ascertain the subject matter of the technical disclosure. It is submitted with the understanding that it will not be used to interpret or limit the scope or the meaning of the claims.

대표청구항 ▼

What is claimed is: 1. A system, comprising: a base station; and a device, comprising: a transmitter configured to transmit a frame with a gain based on a given traffic-to-pilot ratio, wherein the transmitter retransmits the frame upon receiving an indication that the frame was not successfully dec

What is claimed is: 1. A system, comprising: a base station; and a device, comprising: a transmitter configured to transmit a frame with a gain based on a given traffic-to-pilot ratio, wherein the transmitter retransmits the frame upon receiving an indication that the frame was not successfully decoded; and a processor configured to adjust the traffic-to-pilot ratio to an adjusted traffic-to-pilot ratio if the retransmitted frame is successfully decoded, wherein the transmitter retransmits the frame with a gain based on the adjusted traffic-to-pilot ratio and the processor is configured to decrease the traffic-to-pilot ratio by an adjustment factor if the retransmitted frame was successfully decoded, and wherein if the adjusted traffic-to-pilot ratio decreases below a lowest allowable traffic-to-pilot ratio, the processor instructs the transmitter to retransmit the frame with a gain based on the lowest allowable traffic-to-pilot ratio. 2. A system, comprising: a base station; and a device, comprising: a transmitter configured to transmit a frame with a gain based on a given traffic-to-pilot ratio, wherein the transmitter retransmits the frame upon receiving an indication that the frame was not successfully decoded; and a processor configured to adjust the traffic-to-pilot ratio to an adjusted traffic-to-pilot ratio if the retransmitted frame is successfully decoded, wherein the transmitter retransmits the frame with a gain based on the adjusted traffic-to-pilot ratio and the processor increases the traffic-to-pilot ratio by an adjustment factor if the first retransmitted frame was undecodable and wherein if the adjusted traffic-to-pilot ratio increases above a highest allowable traffic-to-pilot ratio, the processor instructs the transmitter to retransmit the frame with a gain based on the highest allowable traffic-to-pilot ratio. 3. A system of claim 1, wherein the adjustment factor depends on a data rate at which the frame is transmitted. 4. A system of claim 1, wherein the adjustment factor depends on channel conditions. 5. A system of claim 4, wherein the given traffic-to-pilot ratio depends on a frame size of the frame being transmitted. 6. A system of claim 4, wherein the given traffic-to-pilot ratio depends on a data rate at which the frame is being transmitted. 7. A system of claim 4, wherein the base station comprises: a soft combiner that soft combines information from the undecodable frame and information from the second retransmitted frame to generate a decodable frame. 8. A system of claim 7, wherein the base station further comprises: a decoder configured to decode the decodable frame that includes the soft combined information from the undecodable frame and the retransmitted frame. 9. A device, comprising: a transmitter configured to transmit a frame with a gain based on a given traffic-to-pilot ratio, wherein the transmitter retransmits the frame upon receiving an indication that the frame was not successfully decoded; and a processor configured to adjust the traffic-to-pilot ratio to an adjusted traffic-to-pilot ratio if the retransmitted frame is successfully decoded, wherein the transmitter retransmits the frame with a gain based on the adjusted traffic-to-pilot ratio and the processor is configured to decrease the traffic-to-pilot ratio by an adjustment factor if the retransmitted frame was successfully decoded and wherein if the adjusted traffic-to-pilot ratio decreases below a lowest allowable traffic-to-pilot ratio, the processor instructs the transmitter to retransmit the frame with a gain based on the lowest allowable traffic-to-pilot ratio. 10. A device, comprising: a transmitter configured to transmit a frame with a gain based on a given traffic-to-pilot ratio, wherein the transmitter retransmits the frame upon receiving an indication that the frame was not successfully decoded; and a processor configured to adjust the traffic-to-pilot ratio to an adjusted traffic-to-pilot ratio if the retransmitted frame is successfully decoded, wherein the transmitter retransmits the frame with a gain based on the adjusted traffic-to-pilot ratio and the processor increases the traffic-to-pilot ratio by an adjustment factor if the retransmitted frame was undecodable and wherein if the adjusted traffic-to-pilot ratio increases above a highest allowable traffic-to-pilot ratio, the processor instructs the transmitter to retransmit the frame with a gain based on the highest allowable traffic-to-pilot ratio. 11. A device of claim 9, wherein the adjustment factor depends on a data rate at which the frame is transmitted. 12. A device of claim 9, wherein the adjustment factor depends on channel conditions. 13. A device of claim 10, wherein the given traffic-to-pilot ratio depends on a frame size of the frame being transmitted. 14. A device of claim 10, wherein the given traffic-to-pilot ratio depends on a data rate at which the frame is being transmitted. 15. A method, comprising: transmitting a frame at a given traffic-to-pilot ratio; retransmitting the frame with a gain based on the given traffic-to-pilot ratio; adjusting the traffic-to-pilot ratio if the retransmitted frame is successfully decoded to an adjusted traffic-to-pilot ratio; and retransmitting the frame with a gain based on the adjusted traffic-to-pilot ratio, wherein adjusting the traffic-to-pilot ratio if the retransmitted frame is successfully decoded, comprises decreasing the traffic-to-pilot ratio by an adjustment factor if the retransmitted frame was successfully decoded and wherein if the adjusted traffic-to-pilot ratio decreases below a lowest allowable traffic-to-pilot ratio, retransmitting the frame with a gain based on the adjusted traffic-to-pilot ratio, comprises retransmitting the frame with a gain based on the lowest allowable traffic-to-pilot ratio. 16. A method, comprising: transmitting a frame at a given traffic-to-pilot ratio; retransmitting the frame with a gain based on the given traffic-to-pilot ratio; adjusting the traffic-to-pilot ratio if the retransmitted frame is successfully decoded to an adjusted traffic-to-pilot ratio; and retransmitting the frame with a gain based on the adjusted traffic-to-pilot ratio, wherein adjusting the traffic-to-pilot ratio if the retransmitted frame is successfully decoded, comprises increasing the traffic-to-pilot ratio by an adjustment factor if the first retransmitted frame was undecodable and wherein if the adjusted traffic-to-pilot ratio increases above a highest allowable traffic-to-pilot ratio, retransmitting the frame with a gain based on the adjusted traffic-to-pilot ratio, comprises retransmitting the frame with a gain based on the highest allowable traffic-to-pilot ratio. 17. A method of claim 16, further comprising: combining information from the undecodable frame and information from the second retransmitted frame to generate a decodable frame; and decoding the decodable frame. 18. A method of claim 16, wherein the frame is transmitted on the reverse link from a device. 19. A method of claim 15, wherein the adjustment factor depends on a data rate at which the frame is transmitted. 20. A method of claim 15, wherein the adjustment factor depends on channel conditions. 21. A method of claim 16, wherein the given traffic-to-pilot ratio depends on a frame size of the frame being transmitted. 22. A method of claim 16, wherein the given traffic-to-pilot ratio depends on a data rate at which the frame is being transmitted. 23. An apparatus comprising: means for transmitting a frame at a given traffic-to-pilot ratio; means for retransmitting the frame with a gain based on the given traffic-to-pilot ratio; means for adjusting the traffic-to-pilot ratio if the retransmitted frame is successfully decoded to an adjusted traffic-to-pilot ratio; and means for retransmitting the frame with a gain based on the adjusted traffic-to-pilot ratio, wherein adjusting the traffic-to-pilot ratio if the retransmitted frame is successfully decoded, comprises decreasing the traffic-to-pilot ratio by an adjustment factor if the retransmitted frame was successfully decoded and. wherein if the adjusted traffic-to-pilot ratio decreases below a lowest allowable traffic-to-pilot ratio, retransmitting the frame with a gain based on the adjusted traffic-to-pilot ratio, comprises retransmitting the frame with a gain based on the lowest allowable traffic-to-pilot ratio. 24. A physical, computer readable-storage medium comprising code, which, when executed by a processor, causes the processor to perform operations for adaptively controlling channel gain in a communications system, the computer-readable storage medium comprising: code for transmitting a frame at a given traffic-to-pilot ratio; code for retransmitting the frame with a gain based on the given traffic-to-pilot ratio; code for adjusting the traffic-to-pilot ratio if the retransmitted frame is successfully decoded to an adjusted traffic-to-pilot ratio; and code for retransmitting the frame with a gain based on the adjusted traffic-to-pilot ratio, wherein adjusting the traffic-to-pilot ratio if the retransmitted frame is successfully decoded, comprises decreasing the traffic-to-pilot ratio by an adjustment factor if the retransmitted frame was successfully decoded and wherein if the adjusted traffic-to-pilot ratio decreases below a lowest allowable traffic-to-pilot ratio, retransmitting the frame with a gain based on the adjusted traffic-to-pilot ratio, comprises retransmitting the frame with a gain based on the lowest allowable traffic-to-pilot ratio. 25. An apparatus comprising: means for transmitting a frame at a given traffic-to-pilot ratio; means for retransmitting the frame with a gain based on the given traffic-to-pilot ratio; means for adjusting the traffic-to-pilot ratio if the retransmitted frame is successfully decoded to an adjusted traffic-to-pilot ratio; and means for retransmitting the frame with a gain based on the adjusted traffic-to-pilot ratio, wherein adjusting the traffic-to-pilot ratio if the retransmitted frame is successfully decoded, comprises increasing the traffic-to-pilot ratio by an adjustment factor if the first retransmitted frame was undecodable and wherein if the adjusted traffic-to-pilot ratio increases above a highest allowable traffic-to-pilot ratio, retransmitting the frame with a gain based on the adjusted traffic-to-pilot ratio, comprises retransmitting the frame with a gain based on the highest allowable traffic-to-pilot ratio. 26. A physical, computer-readable storage medium comprising code, which, when executed by a processor, causes the processor to perform operations for adaptively controlling channel gain in a communications system, the computer-readable storage medium comprising: code for transmitting a frame at a given traffic-to-pilot ratio; code for retransmitting the frame with a gain based on the given traffic-to-pilot ratio; code for adjusting the traffic-to-pilot ratio if the retransmitted frame is successfully decoded to an adjusted traffic-to-pilot ratio; and code for retransmitting the frame with a gain based on the adjusted traffic-to-pilot ratio, wherein adjusting the traffic-to-pilot ratio if the retransmitted frame is successfully decoded, comprises increasing the traffic-to-pilot ratio by an adjustment factor if the first retransmitted frame was undecodable and wherein if the adjusted traffic-to-pilot ratio increases above a highest allowable traffic-to-pilot ratio, retransmitting the frame with a gain based on the adjusted traffic-to-pilot ratio, comprises retransmitting the frame with a gain based on the highest allowable traffic-to-pilot ratio.