Dynamic Composition of the Executable Code of Multitechniques Spectral Systems

A.M. Sorokin, A.I. Timoshin, and V.V. Kaichev (Russia)


Component-based real-time software, multithreading


The architecture of component-based real-time software is described, which allows flexible and dynamic aggregation of necessary spectral devices for their coordinated functioning in different operation modes within multitechniques spectral measuring systems. This paper presents a program model of real-time aggregative units, each of which, if taken separately, would realize one of the operating functions of spectral devices; architecture of real-time operating system specially designed for their simultaneous multithreaded execution; and the structure of application framework for multitechniques measuring implementation.

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