Static Analysis: 4th International Symposium, SAS '97, Paris, France, September 8-10, 1997, Proceedings - Brossura
Sinossi
On sparse evaluation representations.- The effects of the precision of pointer analysis.- Fast and effective procedure inlining.- Set-sharing is redundant for pair-sharing.- An algebraic approach to sharing analysis of logic programs.- Logical optimality of groundness analysis.- Towards a cost-effective estimation of uncaught exceptions in SML programs.- Program analysis using mixed term and set constraints.- Set-based analysis for logic programming and tree automata.- Denotational abstract interpretation of functional logic programs.- Termination analysis for Mercury.- The power of QDDs (extended abstract).- Type-based analysis of communication for concurrent programming languages.- True concurrency via abstract interpretation.- Static analysis of interaction nets for distributed implementations.- Type-directed flow analysis for typed intermediate languages.- Exact flow analysis.- Satisfying subtype inequalities in polynomial space.- Static analyses of congruence properties on rational numbers (extended abstract).- Effective specialization of realistic programs via use sensitivity.- Coalescing conditional branches into efficient indirect jumps.- Automatic termination analysis for partial functions using polynomial orderings.- TEA: Automatically proving termination of programs in a non-strict higher-order functional language.- Semantic analyzer of modula-programs.- Abstract interpretation for improving WAM code.- Attribute grammars and functional programming deforestation.- Data dependences as abstract interpretations.- Abstract interpretation: A theory of approximate computation.- On the desirable link between theory and practice in abstract interpretation (extended abstract).- Abstract interpretation based static analysis parameterized by semantics.- Can abstract interpretation become a mainstream compiler technology?.- Combining abstract interpretation and partial evaluation (brief overview).- Practical compile-time analysis.
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