MODEL MANAGEMENT OF THE PROCESS CRITERIA-ORIENTED TESTING AT TRAINING OF SPECIALISTS IN THE NAVY
The article discusses the model of management of the implementation of the system Odie-night-criterion-oriented test tasks with a single correct answer, that provides a stop test when the required reliability of the evaluation. The development and application proposed in this article models of assessment results the criterion-oriented test provides a transition from the point estimates of the empirical relative frequency to estimate probability of correct actions that have quantifiable confidence interval (CI). The latter provides the application of these models to solve the problem of automation of management Pro-process criteria-oriented testing in order to ensure its operational STI by stopping the procedure for making the current of reference (TOR) after receiving the evaluation of a specified accuracy. The article also discusses the use of models criteriacially-oriented evaluation in computer systems testing, it is proved that these models improve the results of current control. In order to carry out military training as a civilian Navy and the Navy requires appropriate training facilities. The basis of such a base used was the existing training samples of civil and military equipment and weapons, which were previously reported in the naval and civil Maritime educational institutions in sufficient quantity and provide the necessary level of theoretical and practical training of future specialists in the fleet. The result is a sharp reduction in the 1990s of the branches of the military-industrial complex, developing equipment and weapons for the fleet, the latest models of this equipment and weapons are now being manufactured not series, but individual instances. The production of educational and training samples for Maritime training institutions is not necessary at all. In these circumstances, as the only means to ensure that the professional military and the naval-training preparation, can only be considered virtual analogs of models of military and civilian equipment and weapons developed by means of information technology, i.e. naval training simulation systems (TSS). The development and application proposed in this article models of interval estimation results Crete-Equatorial-based testing provides a transition from the point estimates empiri-tion of the relative frequency to estimate probability of correct actions that have the amount directly estimate DEE. The latter provides the application of these models to solve the problem of automation of process criteria-oriented testing in order to ensure its efficiency by stopping the procedure for making TK after radiation evaluating a given accuracy.