This paper presents the snake robot Mamba, which is a modular, reconfigurable, and waterproof experimental platform developed to support the ongoing research on snake robot locomotion, including underwater locomotion. A novel contribution of the snake robot is its ability to measure environment contact forces acting along its body, which is achieved by isolating the actuator inside each joint module with a custom-designed force/torque sensor. The paper describes the design of this sensor and presents experimental results which illustrate its performance
Snake robots are ideally suited to highly confined environments because their small cross-sections a...
Abstract- A snake is an extremely capable organism that can conquer harsh terrains like rock and san...
This paper presents an amphibious snake-like robot's design and its omnipotent locomotion abilit...
- author postprintThis paper presents the snake robot Mamba, which is a modular, reconfigurable, and...
This paper presents the design of a waterproof and mechanically robust joint module for the snake ro...
Snake robots have been a research topic of interest since Shigeo Hirose developed the first snake ro...
A snake robot can traverse cluttered and irregular environments by using irregularities around its b...
This communication presents and justifies ideas related to motion control of snake robots that are c...
Developing snake-like robots can be advantageous for numerous reasons. Biological snakes are capable...
Biological snakes are capable of exploiting roughness in the terrain for locomotion. This feature al...
- Author postprintAs a step toward enabling snake robots to move in cluttered environments, this pap...
Biological snakes are capable of exploiting roughness in the terrain for locomotion. This feature al...
The term perception-driven obstacle-aided locomotion (POAL) was proposed to describe locomotion in w...
Despite advances in a diversity of environments, snake robots are still far behind snakes in travers...
The term perception-driven obstacle-aided locomotion (POAL) was proposed to describe locomotion in w...
Snake robots are ideally suited to highly confined environments because their small cross-sections a...
Abstract- A snake is an extremely capable organism that can conquer harsh terrains like rock and san...
This paper presents an amphibious snake-like robot's design and its omnipotent locomotion abilit...
- author postprintThis paper presents the snake robot Mamba, which is a modular, reconfigurable, and...
This paper presents the design of a waterproof and mechanically robust joint module for the snake ro...
Snake robots have been a research topic of interest since Shigeo Hirose developed the first snake ro...
A snake robot can traverse cluttered and irregular environments by using irregularities around its b...
This communication presents and justifies ideas related to motion control of snake robots that are c...
Developing snake-like robots can be advantageous for numerous reasons. Biological snakes are capable...
Biological snakes are capable of exploiting roughness in the terrain for locomotion. This feature al...
- Author postprintAs a step toward enabling snake robots to move in cluttered environments, this pap...
Biological snakes are capable of exploiting roughness in the terrain for locomotion. This feature al...
The term perception-driven obstacle-aided locomotion (POAL) was proposed to describe locomotion in w...
Despite advances in a diversity of environments, snake robots are still far behind snakes in travers...
The term perception-driven obstacle-aided locomotion (POAL) was proposed to describe locomotion in w...
Snake robots are ideally suited to highly confined environments because their small cross-sections a...
Abstract- A snake is an extremely capable organism that can conquer harsh terrains like rock and san...
This paper presents an amphibious snake-like robot's design and its omnipotent locomotion abilit...