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File compression and encryption based on LLS and arithmetic coding

机译:基于LLS和算术编码的文件压缩和加密

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摘要

e propose a file compression model based on arithmetic coding. Firstly, the original symbols, to be encoded, are input to the encoder one by one, we produce a set of chaotic sequences by using the Logistic and sine chaos system(LLS), and the values of this chaotic sequences are randomly modified the Upper and lower limits of current symbols probability. In order to achieve the purpose of encryption, we modify the upper and lower limits of all character probabilities when encoding each symbols. Experimental results show that the proposed model can achieve the purpose of data encryption while achieving almost the same compression efficiency as the arithmetic coding.
机译:e提出了基于算术编码的文件压缩模型。首先,将要编码的原始符号逐个输入到编码器,我们通过使用逻辑和正弦混沌系统(LLS)产生一组混沌序列,并且这种混沌序列的值随机修改鞋面以及当前符号概率的下限。为了达到加密的目的,我们在编码每个符号时修改所有字符概率的上限和下限。实验结果表明,该模型可以达到数据加密的目的,同时实现几乎与算术编码相同的压缩效率。

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