This technology relates to robot control systems and methods. Specifically, it is a remote robot control technology utilizing HMD and motion and eye state information.
Existing technologies faced the challenge of controlling humanoid robots based on user operation information and eye state, requiring a solution to ensure safe and stable operation. To address this, this technology proposes a configuration that includes a robot control system with a user attachment device, a management server, and a robot, along with various components for data transmission and control.
Accordingly, this technology can improve the control of humanoid robots and enhance safety and stability by limiting their movements based on user operation information and eye state. It has application value in the fields of robotics, automation, gaming, entertainment, healthcare, and pharmaceuticals.
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