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Built-in generation of m-sequences with irreducible characteristic polynomials

机译:内置生成M序列,具有不可缩小的特征多项式

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In this paper, we show that m-sequences for built in test pattern generation (TPG) can be efficiently generated by LFSR structures that have non-primitive irreducible characteristic polynomials. We present two mechanisms that can generate the required number of seeds with very low hardware overhead that is independent of the number of seeds. This enhances the choices available for the design of appropriate TPG structures for pseudo-exhaustive or pseudo-random TPG that were previously limited to primitive characteristic polynomials only.
机译:在本文中,我们表明,由具有非原始不可缩小特征多项式的LFSR结构可以有效地生成用于测试模式生成(TPG)的M序列。 我们提出了两种机制,可以产生具有非常低的硬件开销所需数量的种子,这些种子与种子的数量无关。 这增强了可用于设计适当的TPG结构的选择,用于伪静止或伪随机TPG,其仅限于原始特征多项式。

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