An Extensible Framework for the Development of Coordinated Applications


pagemagnifierBibTeX_logo.pngmagnifierpage_white_acrobatmagnifier

Enrico Denti, Antonio Natali, Andrea Omicini, Marco Venuti

Paolo Ciancarini, Chris Hankin (eds.)
“Coordination Languages and Models”, pages 305-320
Lecture Notes in Computer Science 1061
Springer
September 1970

Distributed programming suffers from the lack of abstractions and tools required to handle and analyse the large amount of information characterising distributed systems. On the other hand, the separation of computation and coordination models definitely simplifies the design of a programming environment for distributed applications. Starting from this consideration, the ACLT coordination model extends the basic Linda kernel, by providing support for heterogeneous multi-agent systems, as well as for hybrid agent architectures integrating deduction and reaction. The design of the architectural support for the ACLT model led to the definition of a general-purpose scheme which is powerful enough to be used both for the system extension of the basic communication kernel and for building application-defined development tools. Such an approach is based on the idea of reactive communication abstractions, which can be programmed by agents according to a specification language which is rooted in the same model as the coordination language.

1st International Conference (COORDINATION'96), Cesena, Italy, 15-17 April 1996. Proceedings

Publication

— authors

— editors

Paolo Ciancarini, Chris Hankin

— status

published

— sort

paper in proceedings

— publication date

September 1970

— volume

Coordination Languages and Models

— series

Lecture Notes in Computer Science

— volume

1061

— pages

305-320

URLs

original page

identifiers

— DOI

10.1007/3-540-61052-9_53

— print ISSN

0302-9743

— print ISBN

978-3-540-61052-6

notes

— note

1st International Conference (COORDINATION'96), Cesena, Italy, 15-17 April 1996. Proceedings

Partita IVA: 01131710376 — Copyright © 2008–2023 APICe@DISI – PRIVACY