The monograph is devoted to theoretical problems of route optimization and their practical applications for increase of safety and efficiency of operation of nuclear power plants. Problems of optimization of an overload of nuclear fuel, movement of the personnel and optimization of dismantle of the radiation polluted equipment are considered. Solutions of these tasks are carried out by route optimization of movements that provides reduction of time of an overload of nuclear fuel and decrease in dose loads of operation personnel. Various mathematical statements of problems of route optimization are investigated, especially, where function of expenses depends on the list of outstanding tasks. The original approaches to the solution of this task based on modifications of a method of dynamic programming are offered. Results of theoretical researches are confirmed by results of computing experiments and have a practical focus.
For research associates, graduate students, students and engineering техничес\-whom the personnel, specializing in area of design and operation of nuclear power plants.