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Combining Unspecified Test Data Bit Filling Methods and Run Length Based Codes to Estimate Compression, Power and Area Overhead

机译:结合未指定的测试数据位填充方法和基于游程长度的代码,以估算压缩,功率和面积开销

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The data compression of any partially specified test data depends upon how the unspecified bits are filled with 1s and 0s. In this paper, the five different approaches for donȁ9;t care bit filling based on nature of runs are proposed. These methods are used here to predict the maximum compression based on entropy relevant to different run length based data compression code. These methods are also analyzed for test power and area overhead corresponding to run length based codes. The results are shown with various ISCAS circuits.
机译:任何部分指定的测试数据的数据压缩取决于未指定的位如何用1和0填充。在本文中,提出了基于行程性质的五种不同的ton'9; t care钻头填充方法。这些方法在这里用于基于与基于不同游程长度的数据压缩代码相关的熵来预测最大压缩。还分析了这些方法的测试功率和与基于游程长度的代码相对应的区域开销。结果显示在各种ISCAS电路中。

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