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RECURSIVE APPROACH FOR MINIMUM REDUNDANT CODE

机译:最小冗余码的递归方法

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The present study deals with the investigations of the recursive versions o f well known code word lengths due to Campbell (1965) and Kapur (1988). It has been proved that the recursive codes for both the lengths are better than their original code from redundancy point of view and the comparison criterion is the average redundancy taken over the set of all n -tuple distributions. Furthermore, it is shown that when symbol probabilities are arranged in descending order, the recursive versions o f both the codes provide much better results. The methodology adopted for this recursive approach involves the use of programming through Matlab and Simulation techniques
机译:本研究研究了坎贝尔(Campbell,1965)和卡普尔(Kapur,1988)对众所周知的码字长度的递归版本的研究。从冗余度的观点来看,从冗余度的角度来看,这两个长度的递归代码都比其原始代码更好,并且比较标准是在所有n元组分布的集合上获得的平均冗余度。此外,示出了当符号概率以降序排列时,两个代码的递归版本提供更好的结果。这种递归方法所采用的方法论涉及通过Matlab和Simulation技术进行编程

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