Numerical Method of Determination of Optimal Parameters of the Beam Orientation System

Lasers are the sources of radiation of electromagnetic waves of high directivity. This characteristic is used in the beam orientation systems of moving object different versions of construction of beam orientation systems are possible. The paper describes the method of circular lines of sighting, which makes it possible to determine the laser beam location in the coordinate system of a moving object. The orientation system parameters should be selected so that the accuracy of orientation is maximal. The numerical method is used to investigate the number of conditionality of the set of two equations, which enables us to determine the laser beam location in space. The orientation system parameters are determined, wherein the number of conditionality is minimal, and, thus, the errors of the orientation system are minimal