A reflection-based proof tactic for lattices in Coq
Daniel W. H. James and Ralf Hinze
Trends in Functional Programming, June 2–4, 2009, Kom├írno, Slovakia
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This paper presents a new proof tactic that decides equalities and in­equalities between terms over lattices. It uses a decision proce­dure that is a variation on Whitman’s algorithm and is imple­mented using a technique known as proof by reflection. We will paint the essence of the approach in broad strokes and discuss the use of certified functional programs to aid the automation of formal reasoning.
proof by reflection, Coq, lattice theory, Whitman's algorithm
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