ReSpecT

ReSpecT promotes on a tuple-based coordination model, where

• communication is based on logic tuples;
• coordination occur through logic tuple spaces;
• the behaviour of each tuple space is programmable so to embed any computable coordination policy.

In this conceptual framework, ReSpecT has a twofold role:

• as a specification language, ReSpecT makes it possible to catch interaction events and associate them to reactions by means of first-order logic tuples;
• as a reaction language, ReSpecT supports the notion of reaction as a computational activity to be executed locally to a tuple centre in response to interaction events, by providing for both a logic-based syntax for the definition of reactions, and a model for their execution.

What is ReSpecT for?

ReSpecT can be used as a simple yet highly expressive event-driven programming language to program complex process / agent coordination laws outside processes / agents. The more complex is the management of the interaction within a software system the more useful is ReSpecT.

Where is ReSpecT?

Currently, ReSpecT is distributed as a part of the TuCSoN middleware.
TuCSoN is a middleware for the coordination of distributed processes, as well as autonomous, intelligent & mobile agents, providing #respect() tuple centres as its main coordination abstractions.

Correspondingly, the ReSpecT technology is currently made available as an essential part of the TuCSoN distribution.