peng-zhihui/Dummy-Robot
Dummy Robot
Dummy-Robot is a software platform designed for the real-time teleoperation of desktop robotic arms. It functions as a human-robot interaction interface, translating gestural input and sensor data into fluid mechanical motion to enable remote physical task execution.
The system utilizes a specialized control framework to map human hand movements directly to robotic actuators. By integrating sensor fusion and kinematic mapping, the software maintains low-latency synchronization between an operator's spatial inputs and the physical assembly, allowing for precise manipulation through a dedicated serial communication controller.
The project provides the necessary computational engines for inverse kinematics and event-driven motion processing to coordinate multiple motor controllers. It is intended for applications in desktop robotics automation and human-robot interaction research where responsive, gesture-based control of mechanical systems is required.
Features
- Teleoperation Systems - Maps human hand gestures to robotic actuators for real-time remote physical task execution.
- Robotics and Control - Translates human hand movements into real-time commands for precise robotic arm teleoperation.
- Real-time Policy Execution - Maintains low-latency synchronization between sensors and actuators for responsive mechanical motion.
- Desktop Automation - Implements compact robotic hardware control for small-scale assembly and manipulation tasks.
- Kinematics - Provides a computational engine for calculating joint angles to position robotic end-effectors.
- Interaction Research - Develops intuitive control interfaces for manipulating mechanical systems using natural movements.
- Teleoperation Mappings - Translates human hand movements into joint-space motor commands for precise robotic arm control.
- Physics and Motion Dynamics - Ensures fluid and responsive mechanical motion through low-latency synchronization of sensors and actuators.
- Sensor Fusion - Aggregates data from multiple tracking devices to generate a unified representation of operator hand position.
- Stepper Motor Controllers - Coordinates multiple motor controllers through a low-latency serial interface for precise mechanical positioning.
- Serial Communication Interfaces - Transmits structured command packets over serial interfaces to coordinate multiple motor controllers.
- Motion Pipelines - Implements an event-driven pipeline to process spatial data streams for real-time robotic motion control.
