Trellis encoding of continuous-amplitude memoryless sources (Corresp.)
Stephen G. Wilson, Dean W. Lytle · IEEE Transactions on Information Theory · 1977
Trellis coding of analog memoryless sources with respect to the squared-error distortion criterion is investigated via simulation. Sources treated are the Gaussian, uniform, Laplacian, and Gaussian mixture models, and the encoding algorithms studied are the Viterbi andMalgorithms. Performance versus complexity trade-offs are presented for these source models, and practical aspects of finite encoder memory and unknown source statistics are examined.