We describe a property based test generation procedure that uses static compaction to generate test sequences that achieve high fault coverages at a low computational complexity. A class of test compaction procedures are proposed and used in the property based test generator. Experimental results indicate that these compaction procedures can be used to implement the proposed test gen-erator to achieve high fault coverage with rela-tively smaller run times. 1
Large numbers of test stimuli impact on the time and cost of test application. Hence there is the ne...
With the increasing number of transistors in the circuit, the time it requires to label the circuit ...
This paper presents two new algorithms, Redundant Vector Elimination (RVE) and Essential Fault Reduc...
ABSTRACT: We present a new, dynamic algorithm for test sequence compaction and test cycle reduction ...
Today, VLSI design has progressed to a stage where it needs to incorporate methods of testing circui...
Abstract—The test set size is a highly important factor in the post-production test of circuits. A h...
The problem of compacting a set of test sequences for sequential circuits is modeled here with the h...
[[abstract]]Test set compaction for combinational circuits is studied in this paper. Two active comp...
Abstract:- In this paper a GA-based method that compacts Test Sequences for sequential circuits is p...
We introduce a new Automatic Test Pattern Generation (ATPG) methodology for compact generation of te...
In this paper, we present results for significantly improv-ing the performance of sequential circuit...
Advancements in semiconductor technology are making gate-level test generation more challenging. Thi...
Abstract—Test compaction is an important aspect in the postproduction test since it is able to reduc...
Current paper presents a new technique for static compaction of sequential circuit tests that are di...
Abstract—We propose a procedure for generating compact test sets with enhanced at-speed testing capa...
Large numbers of test stimuli impact on the time and cost of test application. Hence there is the ne...
With the increasing number of transistors in the circuit, the time it requires to label the circuit ...
This paper presents two new algorithms, Redundant Vector Elimination (RVE) and Essential Fault Reduc...
ABSTRACT: We present a new, dynamic algorithm for test sequence compaction and test cycle reduction ...
Today, VLSI design has progressed to a stage where it needs to incorporate methods of testing circui...
Abstract—The test set size is a highly important factor in the post-production test of circuits. A h...
The problem of compacting a set of test sequences for sequential circuits is modeled here with the h...
[[abstract]]Test set compaction for combinational circuits is studied in this paper. Two active comp...
Abstract:- In this paper a GA-based method that compacts Test Sequences for sequential circuits is p...
We introduce a new Automatic Test Pattern Generation (ATPG) methodology for compact generation of te...
In this paper, we present results for significantly improv-ing the performance of sequential circuit...
Advancements in semiconductor technology are making gate-level test generation more challenging. Thi...
Abstract—Test compaction is an important aspect in the postproduction test since it is able to reduc...
Current paper presents a new technique for static compaction of sequential circuit tests that are di...
Abstract—We propose a procedure for generating compact test sets with enhanced at-speed testing capa...
Large numbers of test stimuli impact on the time and cost of test application. Hence there is the ne...
With the increasing number of transistors in the circuit, the time it requires to label the circuit ...
This paper presents two new algorithms, Redundant Vector Elimination (RVE) and Essential Fault Reduc...