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In this paper, Gaussian two-way channel with uniform output quantization isstudied. For Gaussian inputs, the optimum uniform finite-level quantizer isdetermined numerically for different values of Signal-to-Noise Ratio (SNR). Thetwo-way channel with constellation-based transmitters is then investigated. Aformulation for the so-called Shannon achievable region of this channel isdeveloped and numerical computations of this region are presented forparticular constellations. It is shown that if one transmitter utilizes arotated version of the constellation used at the other transmitter, the Shannonachievable region can be enlarged

Gaussian Two-Way Channels With Discrete Inputs and Quantized Outputs