Systemic solution for engineering tasks by using formulas in MATLAB

Abstract

This paper talks about the problems of intellectual computer assistance in engineering. It shows the encapsulation expediency of basic engineering knowledge in object-oriented administrative structures of intelligent CAD. It also presents the advantages of the probabilistic analysis of stochastic system’s behavior using MATLAB. Library of classes and formulas is presented as a part of mathematical support for educational-research CAD, oriented to optimal designing and system analysis of the functionality of high precision flying machines in random complex conditions. The work with distributed knowledge and mathematical solvers help to make a systematic approach, unlike the integrated packages. However, such work requires an appropriate training. That is why, the idea to add specialized intelligent environments in the basis of modern engineering education is proposed.This paper talks about the problems of intellectual computer assistance in engineering. It shows the encapsulation expediency of basic engineering knowledge in object-oriented administrative structures of intelligent CAD. It also presents the advantages of the probabilistic analysis of stochastic system’s behavior using MATLAB. Library of classes and formulas is presented as a part of mathematical support for educational-research CAD, oriented to optimal designing and system analysis of the functionality of high precision flying machines in random complex conditions. The work with distributed knowledge and mathematical solvers help to make a systematic approach, unlike the integrated packages. However, such work requires an appropriate training. That is why, the idea to add specialized intelligent environments in the basis of modern engineering education is proposed.