We introduce a graph representation of test responses to study the space compaction process and relate space compactor design to a graph coloring problem. For a ...

We investigate the design of a zero-aliasing space compactor with maximum compaction ratio for a given (C, F, T). The main contributions of the paper are ...

We introduce a graph representation of test responses to study the space compaction process and relate space compactor design to a graph coloring problem. For a ...

We introduce a graph representation of test responses to study the space compaction process and relate space compactor design to a graph coloring problem. For a ...

We introduce a graph representation of test responses to study the space compaction process and relate space compactor design to a graph coloring problem. Given ...

Abstract—Many built-in self-testing (BIST) schemes compress the test responses from a k-output circuit to q signature streams,.

We introduce a graph representation of test responses to study the space compaction process and relate space compactor design to a graph coloring problem. Given ...

Krishnendu Chakrabarty, Brian T. Murray, John P. Hayes: Optimal Space Compaction of Test Responses. ITC 1995: 834-843. manage site settings.

We present a parity-based space compaction technique that eliminates aliasing for any given fault model. The test responses from a circuit under test with a ...

Optimal Zero-Aliasing Space Compaction of Test Responses. by. Krishnendu Chakrabarty, Brian. T. Murray, John P. Hayes. CSE-TR-299-96. Computer Science and ...