Abstract
In this paper we present the use of RETIKS, a framework for the construction of Real-Time Knowledge-Based Systems, in the case of hybrid applications. RETIKS follows the production rules paradigm for knowledge representation, and the synchronous approach for time processing. RETIKS calculus is a special temporal calculus, and the compilation process transforms a given set of rules into a finite automata for execution. Temporal restrictions can be verified directly on the execution automata. Hybrid systems are characterized by a non-trivial mixing of discrete and continuous components. RETIKS can be applied in hybrid systems for event exchange and synchronization, and the continuous variables processing is implemented by a set of external functions. The application of the proposal is done using the steam boiler example.
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