Kozina I. Mathematical modeling of auxiliary transport functioning processes in mines

My thesis is devoted to the working out of mathematical models, algorithms and the software for processes of functioning of auxiliary transport of coal mines. The mathematical model of auxiliary transport functioning processes in coal mines is created by coordinating material and information flow in preparatory faces. Traditional methods improvements of materials management control service in coal faces were made. The methods are focused on their information support within transport roads of functioning mine. The results of the experimental research of auxiliary transport and technological system operating modes are presented. The optimum schemes of planning and control of auxiliary materials and equipment delivery in preparatory faces of collieries are offered. The analysis and the forecast of auxiliary materials and equipment which are the major factors of steady and permanent maintenance production is made. On the basis of the received results the expanded possibilities of the automated system are created. The system has the following basic functions: receiving timely and reliable information from various technological objects, controlling material flows and optimization of technological processes management problems of a coal mine.