This paper presents a compression/decompression scheme based on selective Huffman
coding for reducing the amount of test data that must be stored on a tester and transferred to …

A compression/decompression scheme based on statistical coding is presented for reducing
the amount of test data that must be stored on a tester and transferred to each core in a core…

A new technique for diagnosis in a scan-based BIST environment is presented. It allows non-adaptive
identification of both the scan cells that capture errors (space information) as well …

This paper presents a rapid and scalable built-in-self-test (BIST) diagnosis scheme for handling
BIST environments with a large number of scan chains. The problem of identifying which …

This paper presents adaptive techniques for improving delay fault diagnosis. These techniques
reduce the search space for direct probing which can save a lot of time during failure …

… [Ghosh-Dastidar 98], [Ghosh-Dastidar 99.1], fault diagnosis techniques for resistive bridges
[Ghosh-Dastidar 00. l], … from BIST environments [Ghosh-Dastidar 992] [Ghosh-Dastidar 002]. …

In the presence of multiple delay faults, automated diagnostic procedures that make a single
fault assumption may give an incorrect diagnosis. In this paper, a systematic approach is …

A systematic procedure for locating resistive bridges is presented. Critical path tracing is
used to identify a set of "suspect" bridges whose presence could explain all of the observed …

Recent techniques for path delay fault diagnosis have addressed the problem in
combinational circuits and sequential circuits. The root cause of a path delay fault test failure is …

… In [Ghosh-Dastidar 98], techniques were proposed for handling multiple delay faults and a
… Adaptive techniques were proposed in [Ghosh-Dastidar 99] where adjacency vectors are …