ALGORITHM FOR ASSESSMENT AND FORECASTING OF FUNCTIONAL READINESS OF RADIO ELECTRONIC EQUIPMENT
The existing system for maintaining the functional readiness of radio electronic equipment (REE), which was formed on the basis of practical experience in the targeted use of radio equipment and modern amendments to it, nevertheless, does not fully comply with modern requirements for practical use and the level of complexity of existing and developed equipment. This discrepancy lies in the fact that, on the one hand, significant damage is inflicted on readiness due to prolonged downtime of the REE on the regulations, and, on the other hand, the gain in reliability is insignificant due to the required measures. Due to the fact that complete information about the reliability of electronic equipment elements is never known, as well as the fact that the real reliability in the process of targeted use of electronic equipment changes under the influence of external factors, it is advisable to use a flexible adaptive system for processing technical information and functionality (PTIF), which will allow "adjust" the volume and frequency of preventive maintenance taking into account the current information on the reliability of the REE. It seems that an adaptive approach to the management organization is the most acceptable for the overwhelming number of REE samples. It can be seen as a generalization of the state-based control approach. In accordance with this, the article proposes an algorithm for increasing automated systems for assessing functional readiness by including the tasks of predicting the functional state of REE and calculating the optimal timing and volume of control actions.