System and method for implementing power distribution

One or more computer-readable non-transitory storage media embodying software that when executed by a processor is operable to:

• establish a connection between a base station and a plurality of remote transceivers;
• wherein at least one of the plurality of remote transceivers is geographically remote from the base station;
• establish a plurality of wireless connections with a plurality of endpoints via one or more of the plurality of remote transceivers;
• determine a plurality of signal quality indications, each signal quality indication associated with a different one of a plurality of unique endpoint-remote transceiver pairs;
• determine a power distribution for the plurality of remote transceivers based on the plurality of signal quality indications and an optimization equation configured to optimize a data throughput associated with the plurality of wireless connections by determining a power gain for each of the wireless connections;
• wherein the software that when executed by a processor is operable to determine a plurality of signal quality indications is further operable to:
• receive an uplink power associated with each of the plurality of unique endpoint-remote transceiver pairs, the uplink power indicative of the received signal strength from the endpoint by the remote transceiver for each unique endpoint-remote transceiver pair;
• and
• determine the plurality of signal quality indications based on the received uplink power associated with each of the plurality of unique endpoint-remote transceiver pairs;
• wherein the software that when executed by a processor is operable to establish a plurality of wireless connections with a plurality of endpoints is operable to assign one or more subcarriers to each of the plurality of endpoints;
• and
• wherein the software that when executed by a processor is operable to determine the power distribution for the plurality of remote transceivers is operable to determine a power gain for each of the subcarriers as transmitted by each of the remote transceivers.

A system for adjusting power distribution comprising:

• an interface configured to:
• establish a connection between a base station and a plurality of remote transceivers;
• wherein at least one of the plurality of remote transceivers is geographically remote from the base station;
• establish a plurality of wireless connections with a plurality of endpoints via one or more of the plurality of remote transceivers;
• and
• a processor coupled to the interface and configured to:
• determine a plurality of signal quality indications, each signal quality indication associated with a different one of a plurality of unique endpoint-remote transceiver pairs;
• determine a power distribution for the plurality of remote transceivers based on the plurality of signal quality indications and an optimization equation configured to optimize a data throughput associated with the plurality of wireless connections by determining a power gain for each of the wireless connections;
• wherein:
• the interface is further configured to receive an uplink power associated with each of the plurality of unique endpoint-remote transceiver pairs, the uplink power indicative of the received signal strength from the endpoint by the remote transceiver for each unique endpoint-remote transceiver pair;
• and
• the processor configured to determine a plurality of signal quality indications is further configured to determine the plurality of signal quality indications based on the received uplink power associated with each of the plurality of unique endpoint-remote transceiver pairs;
• wherein the interface configured to establish a plurality of wireless connections with a plurality of endpoints is further configured to assign one or more subcarriers to each of the plurality of endpoints;
• and
• wherein the processor configured to determine the power distribution for the plurality of remote transceivers is further configured to determine a power gain for each of the subcarriers as transmitted by each of the remote transceivers.