An adaptive high speed wireless transceiver for personal communications
Gregory J. Pottie · 2002
In personal communications systems, users contend for the resources of frequency and time, with re-use determined by the spatial separation, power allocation, antenna beam patterns, data rate, and the required signal to interference ratio for reliable operation. We describe a highly adaptive transceiver which implements distributed control of power, channel assignments, and antenna weights, to maximize the network throughput. That is, each link is optimized independently, with coupling only via the mutual interference.