Instrumentation and Control System for Test Bench

The main problem of the article is the lack of automated structural synthesis of information systems based on the semantic relations of subject area. As presented in the article, in technology creation software system expert developing the domain ontology with help user-friendly the program interfaces. This program is a mechanism for automatically formalizing domain description and automatically synthesizing the class diagram in the Unified Modeling Language. In the article discusses the method for automatic design based on automated synthesis of Unified Modeling Language models of the application program to control the test stand. The method of its use in solving the problems of designing an instrumentation and control system for test bench of an unmanned aerial vehicle is described. Expert inputs a domain ontology, then system automatically formalizes domain description and synthesizes the class diagram in the Unified Modeling Language.

I. Introduction

The article focuses on improving the level of language description of the subject area of CASE [1] , [2] , [3] systems. This approach is aimed at the process of designing software systems with the help of domain experts. In the article discusses the method for automatic design based on automated synthesis of Unified Modeling Language (UML) [4] models of the application program to control the test stand. The application program control the test stand allows to set the required parameters of operation of the power plant, simulating the different flight modes of the unmanned aerial vehicle (UAV [5] ). The test stand is designed for controlling electric motors and servos swashplate (give the General and cyclic pitch).