Titlebook: Logic Based Program Synthesis and Transformation; 13th International S Maurice Bruynooghe Conference proceedings 2004 Springer-Verlag Berli

coagulate

Introducing ,, a Relational Language for Modelling Combinatorial Problemse that solver-independent, high-level relational constraint modelling leads to a simpler and smaller language, to more concise, intuitive, and analysable models, as well as to more efficient and effective model formulation, maintenance, reformulation, and verification. All this can be achieved witho

生命

nuclear-tests

Specification and Synthesis of Hybrid Automata for Physics-Based Animationeships and other moving objects. Such programs are usually constructed by hand, in conventional programming languages, such as C++, possibly augmented with a physics-based animation toolkit. Unfortunately, manual construction of physics-based animation programs is expensive, time-consuming and highly prone to error.

白楊

Adding Concrete Syntax to a Prolog-Based Program Synthesis Systemtween the two languages makes it difficult to maintain and extend such systems. Here we describe how an existing Prolog-based system can gradually be retrofitted with concrete object-level syntax using the approach outlined in [5], thus shrinking this distance.

牛的細(xì)微差別

BOGUS

Proving Termination with Adornments]. This technique implements the well-known . strategy by distinguishing between different subsets of values for variables, and deriving termination proofs based on these subsets. In this paper we generalise this technique and discuss its applicability to the domain of terms (the Herbrand domain).

seruting

Constructively Characterizing Fold and Unfold5] and thereby yield program transformations which map a function . (accompanied by the evidence that . satisfies the required conditions), to a function . such that .?=?.. or, as the case may be, .?=?...

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嫌惡

Adornment

Introducing ,, a Relational Language for Modelling Combinatorial Problemsut sacrificing the possibility of efficient solving, so that even time-pressed or less competent modellers can be well assisted. Towards this, we propose the . relational constraint modelling language, showcase its elegance on some well-known problems, and outline a compilation philosophy for such languages.