Sentence examples for concurrent constraints from inspiring English sources

Our sensitivity analyses indicate that, under all the concurrent constraints considered, large deviations from the specified values of these critical parameters, and hence radically different solution characteristics, would not be expected, if an "exhaustive" solution search to the particular adaptation problem was attempted.

Empirical ethics research, in contrast, is more likely to capture the full complexity of their dilemmas and the concurrent constraints, and is therefore more likely to be able to generate helpful analyses and pragmatic suggestions for ethical resolution [ 61].

This article introduces AJACS (Another Java Constraint Programming System), a toolkit for Concurrent Constraint programming implemented in the Java language.

The Timed Concurrent Constraint language (tccp) was defined by F. de Boer et al. as an extension of the Concurrent Constraint Paradigm (Saraswat, 1993) for specifying reactive and embedded systems.

We study the expressiveness of the most prominent representatives of the family of shared dataspace coordination languages, namely Linda, Gamma and Concurrent Constraint Programming.

More to the point, we propose the development of multimedia programming frameworks based on the declarative logic programming setting and in particular the framework of object-oriented timed concurrent constraint programming (OO-TCCP).

The real-time extensions that have been proposed for the concurrent constraint programming framework are coupled with the object-oriented and inheritance mechanisms that have been developed for logic programs yielding an integrated declarative environment for multimedia objects modelling, composition and synchronisation.

A calculus of events is presented in which domain constraints, concurrent events, and events with nondeterministic effects can be represented.

Those efforts are based on theories developed and applied for analysing timing properties of time-constraint concurrent software.

The aim of this article is to describe the design process of the Kernel Language (KL1) in the context of related programming models in the 1980s, the essence of Concurrent Logic Programming and Constraint-Based Concurrency, and how the technologies we developed in those days evolved after their conception.

This architecture addresses the unique characteristics of the spacecraft domain that require highly reliable autonomous operations over long periods of time with tight deadlines, resource constraints, and concurrent activity among tightly coupled subsystems.