FIELD: laser detection and ranging. SUBSTANCE: present angular coordinates and range of object are determined for five moments of time in compliance with method of guidance of laser radiation of object, values of coordinates for moment t′ of time are found by them for which signals of pointing are formed proportional to values of angle coordinates. In addition angular speed of movement of object is determined for moment t′ of time and values of error signals with due account of angular speed of object are found and compared with predetermined threshold Values of pointing signals are rendered more precise with allowance for error signals. EFFECT: increased precision of guidance of laser radiation. 1 dwg
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