Method of Calculation of Averaged Digital Image Profiles by Envelopes as the Conic Sections

Implementation of STEM education in the process of training of future specialists of engineering and pedagogical specialties

“…The directions of STEM education in training future specialists of engineering and pedagogical professions can be: programming, artificial intelligence, electronics, mechatronics, bionics, additive technologies, numerical software control, computer modeling, milling and laser technologies, climatic, astronomical, biological observations and processing of their results, robotics, engineering, rocket modeling, aerospace technologies, radio electronics, car, aircraft, ship modeling, three-dimensional modeling; chemical-biological and agroecological technologies; designing; web design, basics of video technology, digital art, etc. Organizing training based on the principles of STEM education requires a constant search and updating of knowledge and its use to gain new experience, emphasizing the technological approach, as well as the development of cognitive skills, awareness of the process of processing information presented in various formats [7][8][9][10][11][12][13][14][15] .…”

Recognition images of broken window glass

“…Various methods of digital image processing (segmentation, filtering, histogram analysis, erosion, Hough Transform) and pattern recognition (template and structural methods of recognition, artificial neural networks) are used to detect cracks in materials. Broken glass image recognition programs are often implemented in Python using computer vision libraries [9][10][11][12][13][14][15] . However, the recognition of images of glass windows is quite difficult, since such images to a large extent form not only refracted, but also reflected rays.…”