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C14. Improving the performance of lossless data compressors using XNOR function and modified relative encoding methods

机译:C14。使用XNOR函数和改进的相对编码方法提高无损数据压缩器的性能

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Despite of the accelerated rise of the storage devices, the need to compressing the data in a retrievable state is still increasing. The reason behind this is the limited capacity of transmission channels and the increasing amount of the data generated either on the personal level or the scientific organizations level. And hence, improving the techniques of source coding and data compression saves the cost of data transmission and storage beside the power consumption. Besides, it enhances the QOS of the real time systems. Two methods are proposed to enhance the efficiency using XNOR function and relative encoding for data samples. Different text and audio files are used to evaluate the proposed techniques. The decrement of compressed file is demonstrated by about 50% less than file size compressed using only LZ technique in conjunction with about 45% less processing time for text files.
机译:尽管存储设备加速增长,但以可检索状态压缩数据的需求仍在增加。其背后的原因是传输通道的容量有限,并且无论是在个人层面还是在科学组织层面上生成的数据量都在增加。因此,改进源编码和数据压缩技术可以节省功耗之外的数据传输和存储成本。此外,它增强了实时系统的QOS。提出了两种方法来提高使用XNOR函数和数据样本的相对编码的效率。不同的文本和音频文件用于评估所提出的技术。与仅使用LZ技术压缩的文件大小相比,压缩文件的减少量减少了约50%,而文本文件的处理时间减少了约45%。

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