Software for Automation of the Investigation of Adaptation the High-Speed Multipoint Electro-Optical System for Determining of Flame Spatial Coordinates at the Object of the Specified Form

Abstract

Software for automation of the investigation of high-speed multipoint electro-optical system adaptation at the object of the specified form was developed. Features of automation of adaptation for the high-speed multipoint electro-optical system was defined. Algorithm of the software was developed. The visualization of the object for facilitate work is based on the OpenGL. Software blocks for automation of adaptation for high-speed multipoint electro-optical system were described. The target function was calculated on the basis method of multifactorial polynomial regression and method of regression by neural networks. Method of multifactorial polynomial regression is implemented using the mathematical software Maple. Minimization of the target function was carried out on the basis alternating-variable descent method and gradient method with adaptive step size. The software was tested with use of sections of coal mines with complex geometry, such as: direct intersection, direct branching; abutting of mine workings at right angle. The proposed software is applicable for the adaptation of EOS to the object of any complex form.