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Large deviations for the asymptotics of Ziv-Lempel codes for 2-D Gibbs fields

机译:二维Gibbs场的Ziv-Lempel码渐近性的大偏差

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摘要

The theory of large deviations for Gibbs random fields is used to show that the asymptotic number of bits per symbol for Ziv-Lempel codes in two dimensions is given by the maximal entropy of all Gibbs fields with the same interaction. The error-probability is shown to converge exponentially fast to zero. In addition, the stronger version of the Shannon-McMillan theorem proved by D.S. Ornstein and B. Weiss (1990) is formulated and proved in terms of the exponential decay of the probability of the nontypical sequences.
机译:Gibbs随机域的大偏差理论用于表明,二维Ziv-Lempel码每个符号的渐近位数是由具有相同相互作用的所有Gibbs域的最大熵给出的。错误概率显示为指数级收敛到零。此外,D.S。Ornstein和B.Weiss(1990)证明了Shannon-McMillan定理的更强形式,并根据非典型序列的概率的指数衰减进行了证明。

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