2518-1092Research result. Information technologies2518-109210.18413/2518-1092-2022-7-4-0-12959INFORMATION SYSTEM AND TECHNOLOGIES<strong>CLASSIFICATION OF METHODS AND MEANS OF FORMING THREE-DIMENSIONAL PANORAMIC IMAGES</strong><strong>CLASSIFICATION OF METHODS AND MEANS OF FORMING THREE-DIMENSIONAL PANORAMIC IMAGES</strong>GaivoronskiyVitaliy AlexandrovichGaivoronskiyVitaliy Alexandrovichvitalii.g@mail.ruTrubitsynaDiana IgorevnaTrubitsynaDiana Igorevna20227400

Due to the development of panoramic shooting technologies within a single device, today there is a fairly limited list of panoramic image recording devices, most of them only shoot individual frames from each optical module, and subsequently, the stitching is done either by a specially trained person, or by specially developed software working outside the shooting device. Multi-camera systems allow you to obtain panoramic photo and video data, on the basis of which it is assumed to build three-dimensional models. The existing structures for storing panoramic images are demonstrated. Devices for obtaining panoramic images are considered. Methods of obtaining data on the depth of space are presented. In this article, it is proposed to analyze the existing methods and means of forming a three-dimensional panoramic image and propose their classification, which is necessary in the future when developing devices for constructing a digital model of space in real time.

Due to the development of panoramic shooting technologies within a single device, today there is a fairly limited list of panoramic image recording devices, most of them only shoot individual frames from each optical module, and subsequently, the stitching is done either by a specially trained person, or by specially developed software working outside the shooting device. Multi-camera systems allow you to obtain panoramic photo and video data, on the basis of which it is assumed to build three-dimensional models. The existing structures for storing panoramic images are demonstrated. Devices for obtaining panoramic images are considered. Methods of obtaining data on the depth of space are presented. In this article, it is proposed to analyze the existing methods and means of forming a three-dimensional panoramic image and propose their classification, which is necessary in the future when developing devices for constructing a digital model of space in real time.

technical visioncomputer visionpanoramic imagedepth mapsstereo visionmulti-camera systemstechnical visioncomputer visionpanoramic imagedepth mapsstereo visionmulti-camera systemsСписок литературыAnisimov B.V., Kurganov V.D., Zlobin V.K. 1983. Recognition and digital image processing. Moscow: Higher School.Gaivoronsky V.A. 2022. An approach to creating a three-dimensional panoramic image based on passive methods for determining depth maps. Information systems and technologies. pp. 24-29.Gonzalez R., Woods R. 2006. Digital image processing. Moscow: Technosphere.Zhuravel I.M. 1999. A short course in the theory of image processing. M.Kravchenko V., Basarab M., Volosyuk V., Goryachkin O., Zelensky A., Ksenzuk A., Kutuza B., Lukin&nbsp;A., Totsky A., Yakovlev V. 2007. Digital signal and image processing. M.: FIZMATLIT.Krasilnikov N.N. 2011. Digital processing of 2D and 3D images: A textbook. St. Petersburg: BHV-Petersburg.Rudakov P.I., Safonov I.V. 2000. Signal and image processing. Moscow: Dialog-MEPhI.Savelieva I.P. 2011. Panoramic photo. M.Sergienko A.B. 2002. Digital signal processing: A textbook for university students. St. Petersburg: Peter.Shapiro L., Stockman J. 2006. Computer vision. M.: BINOM. Laboratory of knowledge.Yanshin V.V. 1995. Image analysis and processing: principles and algorithms. M.: Mechanical Engineering.Konstantinov I.S., Lazarev S.A., Rubcov K.A., Maslakov Y.N. 2016. Algorithms in Portable Digital Device UHDTV Panoramic Image Formation. Application of information and communication &ndash; AICT2016: Confernce proceedings. Baku, Azerbaijan. P. 449-451.Konstantinov I.S., Lazarev S.A., Rubcov K.A., Maslakov Y.N., Gaivoronskiy V.A. 2018. Method For Improving Image Recognition in Portable Panoramic Video Capture Devices. Journal of Advanced Research in Dynamical and Control Systems, Volume 10, Issue 10 Special Issue. P. 1871-1878.