Backjumping is Exception Handling
Edward Robbins, Andy King, Jacob M. Howe
Abstract
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Edward Robbins, Andy King, Jacob M. Howe
Abstract
Open-access reader
Abstract ISO Prolog provides catch and throw to realize the control flow of exception handling. This pearl demonstrates that catch and throw are inconspicuously amenable to the implementation of backjumping. In fact, they have precisely the semantics required: rewinding the search to a specific point and carrying of a preserved term to that point. The utility of these properties is demonstrated through an implementation of graph coloring with backjumping and a backjumping SAT solver that applies conflict-driven clause learning.
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Abstract ISO Prolog provides catch and throw to realize the control flow of exception handling. This pearl demonstrates that catch and throw are inconspicuously amenable to the implementation of backjumping. In fact, they have precisely the semantics required: rewinding the search to a specific point and carrying of a preserved term to that point. The utility of these properties is demonstrated through an implementation of graph coloring with backjumping and a backjumping SAT solver that applies conflict-driven clause learning.
Key concepts: Computer science, Prolog, Pearl, Exception handling, Solver, Control flow graph, Programming language, Control flow