Virtual Reality Tele-Operation System for Mobile Robot Manipulation

This paper aims to discuss a relatively new area of virtual reality (VR) tele-operation in terms of flexible robot control scenarios that will promote more progressive relations between people and robots. VR tele-operation can be described as encouraging administrators to work on controlling remote portable robots while in a virtual environment. This innovation eliminates dilemmas that involve the relationships human beings have with robots regarding their interaction. Thus, complicated energy and reproduction procedures in VR tele-operation allow natural control to be performed with great accuracy. The possible fields of utilization are immense, ranging from medical services, assembly, synchronized operations, and so on to a great extent. In the medical field, the specialists could do activities such as performing surgery at a distance. Thus, in assembling, laborers had a certain amount of authority over robots in dangerous areas. This paper explores deeper into the core concept of VR teleoperation frameworks to evaluate the frameworks' effectiveness, and the challenges involved in the process, intending to provide a foundation for further research in what is quite an enticing and promising field.