Tyson P. Mitchell

We don’t have enough information about this author to calculate their statistics. If you think this is an error let us know.
Learn More
—The optimal energy allocations for minimizing the joint symbol error rate for binary signaling of two correlated sources over the orthogonal multiple-access Gaussian channel under joint maximum a priori (MAP) detection are determined. An exact expression for the system's probability of joint symbol error, as well as its union bound, is derived. Analytic(More)
Optimal binary communication, in the sense of minimizing symbol error rate, with nonequal probabilities has been derived in [1] under various signalling configurations for the single-user case with a given average energy E. This work extends a subset of the results in [1] to a two-user orthogonal multiple access Gaussian channel (OMAGC) transmitting a pair(More)
  • 1