A method for PLA test pattern generation based on a branch and bound algorithm that exploits function monotonicity is presented. The algorithm makes irrevocable input assignments first, resulting in the efficient generation of compact test sets. In most cases there is no backtracking. An intelligent branching heuristic is presented. The algorithm handles extended fault models including crosspoint and delay faults. Heuristics which speed up test set generation and improve test set compaction are discussed.Results of tests on a wide range of benchmark PLAs are included
This paper presents new techniques for speeding up deterministic test pattern generation for VLSI ci...
[[abstract]]Presents a complete fault-tolerant programmable logic array (PLA) design that includes b...
We present a novel, highly efficient functional test generation methodology for synchronous sequenti...
AbstractIn this paper we propose a new technique for designing easily testable PLAs. Our design is a...
Abstract: We present a method for obtaining a minimal set of test configurations and their associate...
[[abstract]]A new design to reduce the overhead required for a fully testable PLA is proposed. This ...
An improved method which generates tests for multiple crosspoint faults in PLAs has been realized th...
In this paper, the validity of'single fault assumption in deriving diagnostic test sets is examined...
An on-line algorithm is developed for the location of single cross point faults in a PLA (FPLA). The...
The generation of binary test patterns for VLSI devices belongs to the class of NP complete problems...
In this work, measures to evaluate fault-effect propagation of test patterns of a C-test are first f...
An on-line algorithm is developed for the location of single cross point faults in a PLA (FPLA). Th...
The problem of determining a minimal number of control inputs for converting a programmable logic ar...
An on-line algorithm is developed for the location of\ud single cross point faults in a PLA (FPLA). ...
This paper presents a scalable method to generate close to minimal size test pattern sets for stuck-...
This paper presents new techniques for speeding up deterministic test pattern generation for VLSI ci...
[[abstract]]Presents a complete fault-tolerant programmable logic array (PLA) design that includes b...
We present a novel, highly efficient functional test generation methodology for synchronous sequenti...
AbstractIn this paper we propose a new technique for designing easily testable PLAs. Our design is a...
Abstract: We present a method for obtaining a minimal set of test configurations and their associate...
[[abstract]]A new design to reduce the overhead required for a fully testable PLA is proposed. This ...
An improved method which generates tests for multiple crosspoint faults in PLAs has been realized th...
In this paper, the validity of'single fault assumption in deriving diagnostic test sets is examined...
An on-line algorithm is developed for the location of single cross point faults in a PLA (FPLA). The...
The generation of binary test patterns for VLSI devices belongs to the class of NP complete problems...
In this work, measures to evaluate fault-effect propagation of test patterns of a C-test are first f...
An on-line algorithm is developed for the location of single cross point faults in a PLA (FPLA). Th...
The problem of determining a minimal number of control inputs for converting a programmable logic ar...
An on-line algorithm is developed for the location of\ud single cross point faults in a PLA (FPLA). ...
This paper presents a scalable method to generate close to minimal size test pattern sets for stuck-...
This paper presents new techniques for speeding up deterministic test pattern generation for VLSI ci...
[[abstract]]Presents a complete fault-tolerant programmable logic array (PLA) design that includes b...
We present a novel, highly efficient functional test generation methodology for synchronous sequenti...