Methods and apparatuses for fast power control of signals transmitted on a multiple access channel

Claim 3

The method of claim 1 , further comprising setting a power control bit of the plurality of power control bits to a state indicating that the mobile station is to increase its output power level on an access channel at an offset of the plurality of offsets within the access channel in response to the position of the power control bit of the plurality of power control bits that is mapped to the offset of the plurality of offsets within the access channel.

Claim 4

The method of claim 1 , further comprising setting a power control bit of the plurality of power control bits to a state indicating that the mobile station is to decrease its output power level on an access channel at an offset of the plurality of offsets within the access channel in response to the position of the power control bit of the plurality of power control bits that is mapped to the offset of the plurality of offsets within the access channel.

Claim 5

The method of claim 1 , further comprising: transmitting a first message from the mobile station on the access channel at a first offset within the access channel at a first power level determined in response to the position of a first power control bit of the plurality of power control bits that is mapped to the first offset of the plurality of offsets within the access channel; receiving the plurality of power control bits at another mobile station; and transmitting a second message from the another mobile station on the access channel at a second offset of the plurality of offsets within the access channel at a second power level determined in response to the position of a second power control bit of the plurality of power control bits that is mapped to the second offset of the plurality of offsets within the access channel.

Claim 6

The method of claim 1 ,further comprising setting a power control bit of the plurality of power control bits to a state that indicates an operation to be performed at the mobile station.

Claim 7

The method of claim 1 , further comprising setting a power control bit of the plurality of power control bits to a state indicating initiating transmission of a message from the mobile station on the access channel at an offset of the plurality of offsets within the access channel at a power level determined in response to the position of the power control bit of the plurality of power control bits that is mapped to the offset of the plurality of offsets within the access channel.

Claim 8

The method of claim 1 , further comprising setting a power control bit of the plurality of power control bits to a state indicating inhibiting initiation of transmission of a message from the mobile station on the access channel at an offset of the plurality of offsets within the access channel at a power level determined in response to the position of the power control bit of the plurality of power control bits that is mapped to the offset of the plurality of offsets within the access channel.

Claim 9

The method of claim 5 , further comprising performing the operation at the mobile station indicated by the power control bit of the plurality of power control bits.

Claim 10

The method of claim 6 further comprising initiating transmission of the message from the mobile station on the access channel at the offset of the plurality of offsets within the access channel at the power level determined in response to the position of the power control bit of the power control bits that is mapped to the offset of the plurality of offsets within the access channel.

Claim 11

The method of claim 7 , further comprising inhibiting initiation of transmission of the message from the mobile station on the access channel at the offset of the plurality of offsets within the access channel at the power level determined in response to the position of the power control bit of the plurality of power control bits that is mapped to the offset of the plurality of offsets within the access channel.

Claim 12

The method of claim 9 , further comprising increasing the mobile station's output power level on the access channel at the offset of the plurality of offsets within the access channel in response to the position of the power control bit of the plurality of power control bits that is mapped to the offset of the plurality of offsets within the access channel.

Claim 13

The method of claim 9 , further comprising setting the power control bit of the plurality of power control bits to a state indicating ceasing transmission of the message from the mobile station on the access channel at the offset of the plurality of offsets within the access channel at the power level determined in response to the position of the power control bit of the plurality of power control bits that is mapped to the offset of the plurality of offsets within the access channel.

Claim 14

The method of claim 12 , further comprising ceasing transmission of the message from the mobile station on the access channel at the offset of the plurality of offsets within the access channel at the power level determined in response to the position of the power control bit of the plurality of power control bits that is mapped to the offset of the plurality of offsets within the access channel.

Claim 15

The method of claim 9 , further comprising decreasing the mobile station's output power level on the access channel at the offset of the plurality of offsets within the access channel in response to the position of the power control bit of the plurality of power control bits that is mapped to the offset of the plurality of offsets within the access channel.

Claim 16

A mobile station, comprising: an antenna configured to receive and transmit a signal at an offset on an access channel; a diplexer configured to couple the antenna to a receiver and a transmitter; the receiver configured to receive a signal from the antenna through the diplexer and decode the signal to produce a power control bit value of a plurality of power control bits within the signal, using a mapping of the position of each power control bit of the plurality of power control bits to a separate offset of a plurality of offsets within the access channel, wherein the position of the power control bit value corresponds to the offset on the access channel; and the transmitter coupled to the receiver, said transmitter configured to transmit a message from the mobile station on the access channel at the offset of the plurality of offsets within the access channel at a power level determined in response to the power control bit value.

Claim 17

A mobile station, comprising: an antenna configured to receive and transmit a signal at an offset on an access channel; a diplexer configured to couple the antenna to a receiver and a transmitter; the receiver configured to receive a signal from the antenna through the diplexer and decode the signal to produce a power control bit value of a plurality of power control bits within the signal, using a mapping of the position of each power control bit of the plurality of power control bits to a separate offset of a plurality of offsets within the access channel, wherein the position of the power control bit value corresponds to the offset on the access channel; and the transmitter coupled to the receiver, said transmitter configured to transmit a message from the mobile station on the access channel at the offset of the plurality of offsets within the access channel at a power level determined in response to the power control bit value.

Claim 18

A mobile station, comprising: an antenna configured to receive and transmit a signal at an offset on an access channel; a diplexer configured to couple the antenna to a receiver and a transmitter; the receiver configured to: receive signals from the antenna through the diplexer, amplify, frequency downconvert, and digitize the signals to produce digitized signals, provide a plurality of data streams from the digitized signals, time adjust the plurality of data streams, add the plurality of data steams to produce a combined data stream; and decode the combined data stream to produce a power control bit value of a plurality of power control bits within the combined data stream, using a mapping of a position of each power control bit of the plurality of power control bits to a separate offset of a plurality of offsets within the access channel, wherein the position of the power control bit value corresponds to the offset on the access channel; and the transmitter coupled to the receiver, said transmitter configured to transmit a message from the mobile station on the access channel at the offset of a plurality of offsets within the access channel at a power level determined in response to the power control bit value.

Claim 19

A mobile station, comprising: an antenna configured to receive and transmit a signal at an offset on an access channel; a diplexer configured to couple the antenna to a receiver and a transmitter; the receiver configured to: receive signals from the antenna through the diplexer, amplify, frequency downconvert, and digitize the signals to produce digitized signals, provide a plurality of data streams from the digitized signals, time adjust the plurality of data streams, add the plurality of data steams to produce a combined data stream; and decode the combined data stream to produce a power control bit value of a plurality of power control bits within the combined data stream, using a mapping of a position of each power control bit of the plurality of power control bits to a separate offset of a plurality of offsets within the access channel, wherein the position of the power control bit value corresponds to the offset on the access channel; and the transmitter coupled to the receiver, said transmitter configured to transmit a message from the mobile station on the access channel at the offset of a plurality of offsets within the access channel at a power level determined in response to the power control bit value.

Claim 20

A mobile station, comprising: an antenna configured to receive and transmit a signal at an offset on an access channel; a diplexer configured to couple the antenna to an analog receiver and a transmit power amplifier; the analog receiver configured to receive signals from the antenna through the diplexer and amplify and frequency downconvert the signals, and provide a digitized output signal to a plurality of digital data receivers; a plurality of digital data receivers, each configured to provide a stream of data from the digitized output signal; a diversity combiner configured to time adjust the plurality of data streams and add the plurality of data steams; a decoder configured to decode a result from the combined plurality of data streams, and provide the decoded result to a control processor; the control processor coupled to the decoder, said control processor configured to: receive the decoded result, determine, from the decoded result, a power control bit value of a plurality of power control bits within the decoded result, using a mapping of a position of each power control bit of the plurality of power control bits to a separate offset of a plurality of offsets within the access channel, wherein the position of the power control bit value corresponds to the offset on the access channel; and provide a signal to a transmit power controller to change an output power level of a transmit amplifier in response to the power control bit value of the plurality of power control bits; the transmit power controller coupled to the control processor and configured to change an output power level of a transmit power amplifier in response to a signal from the control processor; and the transmit amplifier coupled to the transmit power controller and configured to transmit a message from the mobile station on the access channel at the offset of a plurality of offsets within the access channel at a power level determined in response to the transmit power controller.

Claim 21

A mobile station, comprising: an antenna configured to receive and transmit a signal at an offset on an access channel; a diplexer configured to couple the antenna to an analog receiver and a transmit power amplifier; the analog receiver configured to receive signals from the antenna through the diplexer and amplify and frequency downconvert the signals, and provide a digitized output signal to a plurality of digital data receivers; a plurality of digital data receivers, each configured to provide a stream of data from the digitized output signal; a diversity combiner configured to time adjust the plurality of data streams and add the plurality of data steams; a decoder configured to decode a result from the combined plurality of data streams, and provide the decoded result to a control processor; the control processor coupled to the decoder, said control processor configured to: receive the decoded result, determine, from the decoded result, a power control bit value of a plurality of power control bits within the decoded result, using a mapping of a position of each power control bit of the plurality of power control bits to a separate offset of a plurality of offsets within the access channel, wherein the position of the power control bit value corresponds to the offset on the access channel; and provide a signal to a transmit power controller to change an output power level of a transmit amplifier in response to the power control bit value of the plurality of power control bits; the transmit power controller coupled to the control processor and configured to change an output power level of a transmit power amplifier in response to a signal from the control processor; and the transmit amplifier coupled to the transmit power controller and configured to transmit a message from the mobile station on the access channel at the offset of a plurality of offsets within the access channel at a power level determined in response to the transmit power controller.