DCT Compression of Test Vector in SoC

C. Priya, B.R.K. Singh
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Abstract

This paper reports results on studies of the problem and demonstrates the feasibility of the suggested methodology with simulation runs on the International Symposium on Circuits and Systems (ISCAS) 85 combinational and ISCAS 89 full-scan sequential benchmark circuits. When the storage nears it limit, they then try to reduce those files size to minimum by using data compression software. In this project i proposed a new algorithm for data compression, called DISCRETE COSINE transform. This algorithm will manipulates each bit of data inside file to minimize the size without losing any data after decoding to lossless compression. This basic algorithm is intended to be combining with other data compression algorithms to optimize the compression ratio
SoC中测试向量的DCT压缩
本文报告了该问题的研究结果,并在国际电路与系统研讨会(ISCAS) 85组合和ISCAS 89全扫描顺序基准电路上通过仿真运行证明了所建议方法的可行性。当存储接近极限时,他们会尝试使用数据压缩软件将这些文件的大小减小到最小。在这个项目中,我提出了一种新的数据压缩算法,称为离散余弦变换。该算法将对文件中的每个数据位进行操作,以最小化文件大小,而不会在解码到无损压缩后丢失任何数据。该基本算法旨在与其他数据压缩算法相结合,以优化压缩比
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