Various LFSR reseeding methods have been proposed to improve fault coverage in traditional pseudo-random BIST and at the same time yield good test data compression.
提出一种能够与LFSR重播种技术结合的确定性向量生成方法,该方法利用扫描向量中的切片重叠来同时减少确定位数目和跳变数目,可大大降低测试功耗和测试存储。
This paper presents a new BIST reseeding method which can significantly improve the ratio of test data compression using one LFSR(Linear Feedback Shift Register)seed to encode multiple deterministic test patterns.
本文提出一种新型的内建自测试重播种技术,这项技术利用一个LFSR(Linear Feedback Shift Register)的种子对多个确定性测试向量进行编码压缩,能够显著提高测试数据的压缩率。
A scheme of avoiding replay attacks which utilizes some techniques about Random and Public-Key Cryptography is presented and designed.
重播攻击是一种会对网络信息安全造成很大影响的攻击方法。
