More on the Error Recovery for Variable-Length Codes
Date of Original Version
Variable-length codes (e.g., Huffman codes) are commonly employed to minimize the average codeword length for noiseless encoding of discrete sources. Upon transmission over noisy channels, conflicting views note that such codes “tend to be self-synchronizing” and suffer from the “catastrophic effect of the error's propagation.” In 1985, Maxted and Robinson used a state model to describe the error recovery of the decoder. This correspondence extends their results in several ways. © 1995 IEEE.
IEEE Transactions on Information Theory
Swaszek, Peter F., and Peter DiCicco. "More on the Error Recovery for Variable-Length Codes." IEEE Transactions on Information Theory 41, 6 (1995): 2064-2071. doi:10.1109/18.476338.