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Lecture Notes in Computer Science
We present a novel approach to optimize scope-bounded checking programs using a relational constraint solver. Given a program and its correctness specification, the traditional approach translates a bounded code segment of the entire program into a declarative formula and uses a constraint solver to search for any correctness violations. Scalability is a key issue with such approaches since for non-trivial programs the formulas are complex and represent a heavy workload that can choke thedoi:10.1007/978-3-642-05089-3_48 fatcat:lzhaqx76o5aqfdg4ewyxexzrke