TIES is a knowledge based system that advises the ICs designer on the best modifications to perform on a circuit with testability problems, while satisfying design constraints defined by the user. The proposed approach differs from previous papers for three main reasons. The DfT techniques are applied only to critical areas of the circuit which are identified by means of a testability measure. A powerful description of design for testability techniques in the knowledge base is adopted. Moreover, a new decision scheme for the comparison among different implementations is proposed
A knowledge-based approach is suggested to assist a designer in the increasingly complex task of gen...
In the past, research has shown that the use of high-level test knowledge can be used to greatly acc...
A comprehensive testability study on a commercial automatic gain control circuit is presented which ...
TIES is a knowledge based system that advises the ICs designer on the best modifications to perform ...
This thesis presents a new approach to building a design for testability (DFT) system. The system ...
The phenomenal development in electronic systems has, in large part, the advances in Very Large Scal...
This paper describes why DFT (Design for Testability) is important and some of the methods by which ...
This thesis addresses the problem of testing complex VLSI circuits. Traditional test generation used...
Approved for public release; distribution unlimited b-. 6:..i i- " " o;. _ '-. Pref...
Test generation for sequential VLSI circuits has remained a formidable problem to solve. The problem...
Faulty chips will reach customer if IC testing is not performed on the fabricated IC. Simple types o...
Testability is one of the most important factors that are considered during design cycle along with ...
order to cope with tomorrow's challenges in the microelectronic market, the reliability of the first...
Clearly, in today's complex systems, hardware and software approaches to DFT must work together to a...
[[abstract]]Managers used to consider design for testability (DFT) as an overhead in development and...
A knowledge-based approach is suggested to assist a designer in the increasingly complex task of gen...
In the past, research has shown that the use of high-level test knowledge can be used to greatly acc...
A comprehensive testability study on a commercial automatic gain control circuit is presented which ...
TIES is a knowledge based system that advises the ICs designer on the best modifications to perform ...
This thesis presents a new approach to building a design for testability (DFT) system. The system ...
The phenomenal development in electronic systems has, in large part, the advances in Very Large Scal...
This paper describes why DFT (Design for Testability) is important and some of the methods by which ...
This thesis addresses the problem of testing complex VLSI circuits. Traditional test generation used...
Approved for public release; distribution unlimited b-. 6:..i i- " " o;. _ '-. Pref...
Test generation for sequential VLSI circuits has remained a formidable problem to solve. The problem...
Faulty chips will reach customer if IC testing is not performed on the fabricated IC. Simple types o...
Testability is one of the most important factors that are considered during design cycle along with ...
order to cope with tomorrow's challenges in the microelectronic market, the reliability of the first...
Clearly, in today's complex systems, hardware and software approaches to DFT must work together to a...
[[abstract]]Managers used to consider design for testability (DFT) as an overhead in development and...
A knowledge-based approach is suggested to assist a designer in the increasingly complex task of gen...
In the past, research has shown that the use of high-level test knowledge can be used to greatly acc...
A comprehensive testability study on a commercial automatic gain control circuit is presented which ...