SCIRTSS, the automatic test pattern generation system for sequential circuit described in AHPL, has been improved to have the best and correct version of the D-Algorithm. This improvement works together with the recent enhancement of the backward state justification search. SCIRTSS now has a complete set of procedures to generate tests for sequential circuits. The performance of SCIRTSS is evaluated using the recent ISCAS'89 sequential benchmark circuits. The overall concepts of how SCIRTSS generate tests, the improvements made on the D-Algorithm, and the benchmark results are presented in this thesis
21-26Testing is an essential part of any VLSI manufacturing system as it is necessary to separate b...
One method of reducing the difficulty of test generation for sequential circuits is by the use of fu...
This paper presents new techniques for speeding up deterministic test pattern generation for VLSI ci...
The era of VLSI design necessitates the development of advanced Computer Aided Design tools. The mai...
Test pattern generation has progressed to a stage at which automatic test generation gives satisfact...
This dissertation describes an innovative approach to the state justification portion of the sequent...
Sequential circuit test generation using deterministic, fault-oriented algorithms is highly complex ...
Sequential circuit test generation using deterministic, fault-oriented algorithms is highly complex ...
Sequential circuit test generation using deterministic, fault-oriented algorithms is highly complex ...
Coordinated Science Laboratory was formerly known as Control Systems LaboratoryARPA / DABT63-95-C-00...
TPG for synchronous sequential circuits has received wide attention over the last two decades, yet u...
This paper discusses the gate-level automatic test pattern generation (ATPG) methods and techniques ...
This thesis describes a new test generating algorithm, depth-first algorithm. This algorithm detects...
A novel approach to testing sequential circuits that uses multi-level decision diagram representatio...
We propose a new test generation approach for synchronous sequential circuits. Test generation under...
21-26Testing is an essential part of any VLSI manufacturing system as it is necessary to separate b...
One method of reducing the difficulty of test generation for sequential circuits is by the use of fu...
This paper presents new techniques for speeding up deterministic test pattern generation for VLSI ci...
The era of VLSI design necessitates the development of advanced Computer Aided Design tools. The mai...
Test pattern generation has progressed to a stage at which automatic test generation gives satisfact...
This dissertation describes an innovative approach to the state justification portion of the sequent...
Sequential circuit test generation using deterministic, fault-oriented algorithms is highly complex ...
Sequential circuit test generation using deterministic, fault-oriented algorithms is highly complex ...
Sequential circuit test generation using deterministic, fault-oriented algorithms is highly complex ...
Coordinated Science Laboratory was formerly known as Control Systems LaboratoryARPA / DABT63-95-C-00...
TPG for synchronous sequential circuits has received wide attention over the last two decades, yet u...
This paper discusses the gate-level automatic test pattern generation (ATPG) methods and techniques ...
This thesis describes a new test generating algorithm, depth-first algorithm. This algorithm detects...
A novel approach to testing sequential circuits that uses multi-level decision diagram representatio...
We propose a new test generation approach for synchronous sequential circuits. Test generation under...
21-26Testing is an essential part of any VLSI manufacturing system as it is necessary to separate b...
One method of reducing the difficulty of test generation for sequential circuits is by the use of fu...
This paper presents new techniques for speeding up deterministic test pattern generation for VLSI ci...