Publication Type:

Conference Paper

Source:

2018 4th International Conference on Computing Communication and Automation (ICCCA), IEEE, Greater Noida, India, India (2018)

Keywords:

closed loop control, Collision avoidance, disaster prone areas, Disasters, Emergency services, frames, gamer steering wheel, Gazebo, Keyboards, Mobile robots, multiple terrains, Nodes, profuse obstacle avoidance, Real-time systems, rescue robots, robot kinematics, Robot operating system, ROS, ROS based simulation, ROS base_link, ROS child_links, Rqt_graph, search and rescue robots, Service robots, simulation, Solids, steering systems, steering wheel, Teleoperation, Topics, Transforms, URDF, wheeled Robot, Wheels

Abstract:

Search and rescue robots to be deployed in disaster prone areas, are trending in the field of humanitarian research. As these robots are expected to maneuver through multiple terrains and avoid profuse obstacles, its behavior has to be reckoned prior to implementation of the robot in real-time scenarios. A basic robot has been created in solid works and simulated in Gazebo of Robot Operating System (ROS). A gamer's steering wheel is used to control the movement and speed of the robot in various schemas. The triumphant integration of robot with Gazebo needs a well-defined robot which describes all the transforms from ROS base_link to all other ROS child_links.

Cite this Research Publication

Rajesh Kannan Megalingam, Nagalla, D., Pasumarthi, R. K., Gontu, V., and Allada, P. K., “ROS Based, Simulation and Control of a Wheeled Robot using Gamer’s Steering Wheel”, in 2018 4th International Conference on Computing Communication and Automation (ICCCA), Greater Noida, India, India, 2018.

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