The paper discusses methods for determining the frequency of maintenance (MOT). The proposed method allows to simulate the technical condition of the vehicle under various conditions and modes of its movement, taking into account the random nature of the changes of various factors. The proposed method takes into account the probability of failure for a given range of the vehicle (TC), as a generalized description of the technical condition of the car, indirectly affect most of its domestic individual characteristics and external destabilizing factors. The novelty of the method lies in the fact that takes into account not only the standard run, and an optimum set of operations in a particular embodiment, service and repair. To allow for individual TC correction coefficients of standards periodicity TO calculated using fuzzy logic.

Keywords: manufacturing program of motor transport enterprise, evaluation of technical condition of the vehicle, maintenance intervals, fuzzy logic

The paper type is selected the generator, provided base rules of fuzzy control algorithm using Mamdani using a package Fuzzy Logic Toolbox Matlab, simulation results obtained with the system controller and without it in the package Simulink Matlab, as well as conclusions on the results of the system voltage control oscillator the basis of fuzzy logic.

Keywords: fuzzy logic, fuzzy control, facility management, synchronous generator voltage regulation

Objects of research are methods of distinguishing modes of synchronization subsystem group, and the purpose of the work - study group synchronization subsystem wideband radio system with pulse-width modulation. As a result, performance is defined threshold mode decision subsystem group synchronization in accordance with the criterion of minimum average risk. In the article investigated the modes of synchronization subsystem group. Chosen to describe the probability distribution asinfaznom mode and common-mode subsystem group synchronization. The parameters of the probability distribution in the two modes of the subsystem and verify compliance naedennyh theoretical descriptions of probability distributions with the empirical probability distributions of single series with the theoretical distribution. On the basis of naedennyh distribution laws was set threshold mode decision

Keywords: subsystem, broadband system, the probability distribution, group synchronization