Formation of Virtual Reality Models, Information and Navigation Fields for the Autonomous Functioning of RTK Special Purpose

Lapshov, V.; Noskov, V.P.; Rubtsov, I.V.

doi:10.18522/2311-3103-2017-1-248265

Cited by 2 publications

(1 citation statement)

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“…Направления работ, которые проводятся в России и за рубежом в области создания наземных РТК военного назначения, в основном совпадают [3][4][5]. Как отечественные, так и зарубежные РТК создаются либо путем дооснащения находящихся на вооружении образцов ВВТ модульным встраиваемым или навесным оборудованием, обеспечивающим их безэкипажное применение в режиме дистанционного и программного управления, либо путем разработки специализированных дистанционно-управляемых, полуавтономных и автономных мобильных роботов.…”

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Problems and prospects of development of mobile robotics for military purpose

Рубцов¹,

Бошляков²,

Лапшов³

et al. 2015

EJSI

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Проведен анализ современного состояния и основных направлений развития зарубежной наземной военной робототехники. Рассмотрены современное состояние и основные проблемные вопросы роботизации наземной военной техники в Российской Федерации. Предложены перспективные направления развития технологий и технических средств мобильной робототехники военного назначения. Ключевые слова: робототехнические комплексы, мобильные роботы, автоматическое управления движением, система технического зрения. Sci. (Eng.), assoc.professor, head of the "Robotic Systems and Mechatronics" Department at the Bauman Moscow State Technical University, head of the department of the Research Institute for Special Mechanical Engineering of BMSTU.

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Problems and prospects of development of mobile robotics for military purpose

Рубцов¹,

Бошляков²,

Лапшов³

et al. 2015

EJSI

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Autonomous Movement and Control System of a Medium-Duty Military Vehicle

Abramov

Лупаленко

БІЛОУС

2022

Coll. of scient. wks. of Odesa Mil. Acad.

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The article considers the prospects of creating new types of military vehicles, including autonomous vehicles for military needs, analyzes foreign and domestic experience in the field of unmanned vehicles. The classification of levels of autonomy among the systems of assistance to the driver of modern cars is given. The technology of movement of unmanned vehicles in the «Leader-Follower» mode and the set of equipment that ensures its operation are revealed. Emphasis is placed on creating a system of autonomous movement and control of a medium-ton military vehicle and its features. The construction of the architecture of the system of autonomous movement and control of a medium-ton military vehicle is given, as well as the tasks and requirements for the subsystems that are part of it are determined. The general principle of operation of the autonomous movement and control system and the content of information processing operations that it performs are revealed. Based on the analysis, the technical characteristics of LiDAR sensors as components of the elements of the technical vision system of the autonomous motion subsystem are given. The general principle of operation of LiDAR technology and possibilities which are reached at its application in systems of autonomous movement are opened. The need to integrate various sensors to detect and recognize objects, obstacles and control the autonomous movement of the car is indicated. Keywords: medium-duty military vehicle, unmanned vehicle, autonomous movement, autonomous movement and control system, subsystem, autonomous movement subsystem, integrated navigation subsystem, control subsystem, elements of technical vision system, image interpretation unit, sensor, scanner, LiDAR, object recognition, information processing, digital elevation model, sensor integration.

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Formation of Virtual Reality Models, Information and Navigation Fields for the Autonomous Functioning of RTK Special Purpose

Cited by 2 publications

References 0 publications

Problems and prospects of development of mobile robotics for military purpose

Problems and prospects of development of mobile robotics for military purpose

Autonomous Movement and Control System of a Medium-Duty Military Vehicle

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