Programming Languages and Systems - ESOP '94

A theory of primitive objects.- Pi-nets: A graphical form of ?-calculus.- Local type reconstruction by means of symbolic fixed point iteration.- An asynchronous process algebra with multiple clocks.- Foundational issues in implementing constraint logic programming systems.- Programming with behaviors in an ML framework — The syntax and semantics of LCS.- Characterizing behavioural semantics and abstractor semantics.- Extending pruning techniques to polymorphic second order ?-calculus.- ?-definition of function(al)s by normal forms.- Simulation of SOS definitions with term rewriting systems.- Strategies in modular system design by interface rewriting.- Symbolic model checking and constraint logic programming: A cross-fertilization.- A logical denotational semantics for constraint logic programming.- Compilation of head and strong reduction.- Suffix trees in the functioned programming paradigm.- Type classes in Haskell.- Lazy type inference for the strictness analysis of lists.- Lazy unification with simplification.- Polymorphic binding-time analysis.- Shapely types and shape polymorphism.- Bottom-up grammar analysis — A functional formulation.- First-class polymorphism for ML.- Dimension types.- A synergistic analysis for sharing and groundness which traces linearity.- A ?-calculus specification of prolog.- A logical framework for evolution of specifications.- A semantics for higher-order functors.- The PCKS-machine: An abstract machine for sound evaluation of parallel functional programs with first-class continuations.- A tiny constraint functional logic language and its continuation semantics.- Fully abstract translations and parametric polymorphism.- Broadcasting with priority.- Towards unifying partial evaluation, deforestation, supercompilation, and GPC.- Algebraic proofs of properties of objects.