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Recently there has been much interest in the abstract interpretation of declarative languages. Abstract interpretation is a semantics-based approach to program analysis that uses compile time evaluation of programs using simplified value domains. This gives information about the run-time properties of programs and provides the basis for significant performance improvements. A particular example of abstract interpretation is strictness analysis which allows the detection of the parameters in which a function is strict; these parameters may be passed by value without compromising the termination properties of the program.

Finding fixed points in finite lattices