Leshchenko Y. Intelligent system for measuring mechanical quantities

The thesis is devoted to research and the improvement of intellectual system of measuring mechanical quantities. An improved method of the intelligent system of measurement of mechanical quantities. These intelligent metering systems will be able to work with given objects and parameters allow the software to set system response to certain events in the form of an algorithm and provide an opportunity to measure the geometric properties of objects with complex shapes. The new database structure intellectual measuring system, in particular developed new criteria for the use of the rules of the knowledge base. The introduction of new criteria makes it possible to estimate the order of the measuring system and can solve a wider range of tasks. A knowledge base of intellectual measuring system with the new rules of the decision to match the design documentation of measurement of mechanical quantities. The possibility to determine the geometric parameters of objects deviation from the set value with high accuracy, performance, training and operation of the measuring system. Constructed a dynamic model of the manipulator and conducted in accordance with the strategy of finding the optimal combination of factors, the experiment found the optimal parameters to minimize the duration of the transition process. Keywords: intelligent system, database, knowledge base, mechanical size, angular parameter, expert system, measurement error.