Adaptive equalization of frequency selective indoor wireless channels.

Xuan. Chen
In this thesis, we examine the performance of adaptive linear, T/2 fractionally spaced, and decision feedback equalizers (LE, FSE and DFE) for digital communication systems over indoor wireless channels affected by frequency selective fading. The channel is modeled as both fixed and time varying channels, and the data transmission rate is 10 M bits/s. The simulation results show that, with differential encoding, the quadrature phase shift keying (DQPSK) modulation scheme outperforms 4-state and 8-state 8PSK-based...
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