Static Analysis

Natural-semantics-based abstract interpretation (preliminary version).- Region inference for higher-order functional languages.- An automata-theoretic approach to Presburger arithmetic constraints.- Generation of efficient interprocedural analyzers with PAG.- Optimality in abstractions of model checking.- Determining storage properties of sequential and concurrent programs with assignment and structured data.- Partitioning non-strict functional languages for multi-threaded code generation.- Complementation in abstract interpretation.- Polymorphic recursion and subtype qualifications: Polymorphic binding-time analysis in polynomial time.- Optimizing lazy functional programs using flow inference.- Termination analysis for functional programs using term orderings.- A type-based analysis for stack allocation in functional languages.- Control-flow analysis and type systems.- Effective flow analysis for avoiding run-time checks.- Static analysis of communication for asynchronous concurrent programming languages.- Unification-free execution of well-moded and well-typed Prolog programs.- Efficient closure utilisation by higher-order inheritance analysis.- System F and abstract interpretation.- Call-by-name CPS-translation as a binding-time improvement.- Trust in the ?-calculus.- LSign reordered.- Strictness analysis by abstract reduction using a tableau calculus.- Bigloo: a portable and optimizing compiler for strict functional languages.- Beyond prototype implementations: Polymorphic projection analysis for Glasgow Haskell.- Binding-time analysis and strictness analysis by abstract interpretation.- GENA — A tool for generating Prolog analyzers from specifications.- IGOR: A tool for developing Prolog dataflow analyzers.