Abstract
AbstractThe measured wideband complex impulse response profiles from eight different indoor areas are used to evaluate the performance of joint diversity and equalization techniques in the presence of flat fading and frequency selective fading. The error probabilities of a joint two‐branch diversity receiver with an adaptive finite‐length equalizer on each branch, whose taps are jointly optimized according to the minimum mean square error criterion, are computed for different data rates using the measured channel responses.
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