20212021 International Conference on Information Science and Communications Technologies (ICISCT)Requires access

Development of a Prototype of a Search and Rescue Robot Equipped with Multiple Cameras

Mukhriddin Arabboev, Shohruh Begmatov, Khabibullo Nosirov, Alisher Shakhobiddinov, Jean Chamberlain Chedjou, Kyandoghere Kyamakya

Open publisher page 7 citations

Abstract

Search and Rescue Robotics is a field of research with practical but promising potential. The use of robotic systems in post-disaster search and rescue operations provides a rapid response to finding victims in a disaster area. Disasters occur suddenly and cause damage to people and property belonging to them. Search and Rescue Robots can be used in a disaster zone for various purposes such as searching for victims, removing rubbles, delivery of supplies, treatment, and evacuation of victims. In recent years, the role of Search and Rescue Robot has been increasing in a post-disaster operations. The contribution of various types of robots in search and rescue operations, such as humanoid robots, aerial robots, marine robots and rescue robots, wheeled and crawler robots, is increasing. In this paper, we develop a multifunctional search and rescue robot system for use in search and rescue operations. With the help of this robot, it is possible to remotely monitor the disaster zone in real-time.

About this research paper

What this paper is about

Search and Rescue Robotics is a field of research with practical but promising potential. The use of robotic systems in post-disaster search and rescue operations provides a rapid response to finding victims in a disaster area. Disasters occur suddenly and cause damage to people and property belonging to them. Search and Rescue Robots can be used in a disaster zone for various purposes such as searching for victims, removing rubbles, delivery of supplies, treatment, and evacuation of victims. In recent years, the role of Search and Rescue Robot has been increasing in a post-disaster operations. The contribution of various types of robots in search and rescue operations, such as humanoid robots, aerial robots, marine robots and rescue robots, wheeled and crawler robots, is increasing. In this paper, we develop a multifunctional search and rescue robot system for use in search and rescue operations. With the help of this robot, it is possible to remotely monitor the disaster zone in real-time.

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OpenAlex reports 7 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Search and Rescue Robotics is a field of research with practical but promising potential. The use of robotic systems in post-disaster search and rescue operations provides a rapid response to finding victims in a disaster area. Disasters occur suddenly and cause damage to people and property belonging to them. Search and Rescue Robots can be used in a disaster zone for various purposes such as searching for victims, removing rubbles, delivery of supplies, treatment, and evacuation of victims. In recent years, the role of Search and Rescue Robot has been increasing in a post-disaster operations. The contribution of various types of robots in search and rescue operations, such as humanoid robots, aerial robots, marine robots and rescue robots, wheeled and crawler robots, is increasing. In this paper, we develop a multifunctional search and rescue robot system for use in search and rescue operations. With the help of this robot, it is possible to remotely monitor the disaster zone in real-time.

Key concepts: Search and rescue, Rescue robot, Robot, Urban search and rescue, Web crawler, Computer science, Robotics, Disaster area

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