robotic locomotion and mobility
Robotic locomotion and mobility refers to the ability of robots to move and navigate their surroundings using various mechanical systems, such as wheels, legs, or other types of mechanisms. It involves the techniques and technologies that enable efficient and controlled movement, allowing robots to perform tasks, traverse different terrains, and adapt to changing environments.
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Related Concepts (21)
- anthropomorphic robots
- bio-inspired locomotion
- bipedal locomotion
- climbing robots
- exoskeletons
- gait generation algorithms
- hexapod robots
- legged robots
- mars rovers
- neural control systems
- quadruped robots
- robotic balancing
- robotic crawling
- robotic explorers
- robotic flying
- robotic prosthetics
- robotic swimming
- robotics
- snake robots
- terrain adaptation
- wheeled robots
Similar Concepts
- adaptive robotics
- assistive robotics
- brain-controlled robotics
- mobile robots
- robot autonomy
- robot autonomy and control
- robot navigation
- robotic automation
- robotic autonomy
- robotic decision-making and control
- robotic exoskeletons
- robotic exoskeletons for mobility support
- robotic perception and sensing
- robotic rehabilitation
- robotics and automation