Abstract
This paper presents a mathematical model of analyzing the effects which noise and tracking errors have made during measurements of a target position while determining its coordinates. Here is also presented a procedure for computing errors in measuring a target position in the space comprised by measurements as well as for computing errors in predetermined directions of aerial targets movement. This approach has en extensive application in increasing hit probability of fire control systems, in improving the quality of target tracking system testing, and in the optimization of allocating antiaircraft defense systems.
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