METHOD OF THE ADEQUACY ASSESSING OF SIMULATION IN RADIO ELECTRONIC MEANS OPERATORS TRAINING FACILITY ON THE BASIS OF THE FLIGHT EXPERIMENT

Abstract

The research determines the problems of pilot studies to assess the adequacy of the results of simulation in simulators operators of radio electronic equipment for air traffic control. Hardware requirements to conduct flight experiments to assess the adequacy of training facilities by members of the flight management group for air traffic control in the near field zone are formulated. For the probabilistic assessment of simulation adequacy in training facility radio electronic means (REM) operators the generalized criterion "Fisher - Chi-square" is selected, which allows to obtain the updated value of the significance level using the Fisher criterion, and based on this, using the goodness of fit Chi-square to produce a quantitative assessment of the adequacy of the simulation in the training facility radio electronic equipment. In order to improve the quality of training of the trainees (members of the flight management group) and a greater degree of approximation of processes that are modeled in training facilities at the ATC in the near field zone to the real conditions, the research proposes a method to evaluate the adequacy of the simulation results in training equipment operators REM ATC on the basis of the flight experiment. It is shown that when implemented on the basis of the flight experiment of the proposed method of assessing the adequacy of the equipment operators REM ATC, the reliable values of accuracy can be obtained simultaneously for ground and in-flight tracking of air objects that are used in their simulation models in training facilities for the traffic controllers training procedures. Experimental assessment of the air traffic control equipment operators adequacy allows the authors to come to the conclusion that the results obtained on the basis of the Fisher-χ2 and on the basis of the generalized distribution law can be used to form areas of implementation of means of conflict-resistant automated control system for RES operators training management.

Keywords

• simulation
• radio electronic means
• training facility
• operator
• experiment
• radio electronic security
• air traffic control