Dual diversity combining and equalization for indoor radio channels

The data rate and performance of digital transmission systems operating over indoor radio channels are limited by the frequency selective fading in the channel. Appropriate combinations of diversity, modulation, equalization, coding, and spreading techniques can be used to mitigate the effects of frequency selective fading and improve throughput and performance. A dual diversity combining and equalization scheme for high data rate transmission over indoor radio channels is presented. The performance of the proposed scheme is evaluated using discrete multipath models for line of sight and obstructed topography indoor radio channels.<
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