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Constraint satisfaction for test program generation

Paper
First seen 7/8/2026
Last seen 7/8/2026
Evidence 2 chunks

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15 connections
E. Roytman authored by → 100% 2e
E. Roytman is listed as an author of the Constraint Satisfaction paper.
Gil Shurek authored by → 100% 2e
Gil Shurek is listed as an author of the Constraint Satisfaction paper.
Moshe Levinger authored by → 100% 1e
Moshe Levinger is listed as a co-author of the paper.
IBM Research - Haifa published by → 95% 1e
All authors of the paper are affiliated with IBM Research - Haifa.
Address Constraint Satisfaction introduces → 95% 1e
The paper describes a framework and algorithm for address constraint satisfaction.
Constraint Satisfaction uses → 98% 1e
The paper applies constraint satisfaction as the core technique for test program generation.
Memory Access Generation uses → 98% 1e
The paper focuses on memory access generation as a central problem in automatic test generation.
Automatic Test Program Generation uses → 98% 1e
The paper is directly concerned with automatic test program generation.
The paper references constraint-based automatic test data generation as prior work.
L. Fournier authored by → 99% 1e
L. Fournier is listed as an author of the Constraint Satisfaction paper.
D. Lewin authored by → 99% 1e
D. Lewin is listed as an author of the Constraint Satisfaction paper.
M. Levinger authored by → 99% 1e
M. Levinger is listed as an author of the Constraint Satisfaction paper.
Daniel R. Lewin authored by → 100% 1e
Daniel R. Lewin is listed as a corresponding author of the paper.
The paper introduces constraint satisfaction techniques for test program generation.
Laurent Sébastien Fournier authored by → 100% 1e
Laurent Sébastien Fournier is listed as a co-author of the paper.