The control strategies of reconfiguration and obstacles negotiation are the intensive topic in the field of leg-wheel hybrid robot. Based on the analysis of structure characters of leg-wheel hybrid robot and the disadvantage of early control method, this paper proposes a new reconfiguration control method in rough terrain and an auto-control method to get over channels, ridges etc. These control strategies are experimented in a six-leg-wheel hybrid robot which is designed by Shenyang Institute of Automation, and the results show that these control strategies can be effective used in rough terrain.</p
This paper presents an obstacle-navigation control strategy for a mobile robot suspended on overhead...
This paper presents the design and development of a novel reconfigurable hybrid wheel-track mobile r...
A novel compound mobile robot named Jaguar is introduced, which is developed by our laboratory. Its ...
The control strategies of reconfiguration and obstacles negotiation are the intensive topic in the f...
Aiming at the crossing problem of complex terrain, to further improve the ability of obstacles cross...
A wheel-legged hybrid robot was put forward. First, the mechanical design of this chassis was introd...
In this paper the authors present the development and testing process of a mobile robot with hybrid ...
Wheel-legged robots have fast and stable motion characteristics on flat roads, but there are the pro...
The most powerful capability of a legged robot is that it acquires not only the excellent flexibilit...
To make heavy-duty six-legged robots without environment reconstruction system negotiate obstacles a...
To make heavy-duty six-legged robots without environment reconstruction system negotiate obstacles a...
To make heavy-duty six-legged robots without environment reconstruction system negotiate obstacles a...
A multiaxle wheeled robot is difficult to be controlled due to its long body and a large number of a...
This paper presents the design and development of a novel reconfigurable hybrid wheel-track mobile r...
This paper presents an obstacle-navigation control strategy for a mobile robot suspended on overhead...
This paper presents an obstacle-navigation control strategy for a mobile robot suspended on overhead...
This paper presents the design and development of a novel reconfigurable hybrid wheel-track mobile r...
A novel compound mobile robot named Jaguar is introduced, which is developed by our laboratory. Its ...
The control strategies of reconfiguration and obstacles negotiation are the intensive topic in the f...
Aiming at the crossing problem of complex terrain, to further improve the ability of obstacles cross...
A wheel-legged hybrid robot was put forward. First, the mechanical design of this chassis was introd...
In this paper the authors present the development and testing process of a mobile robot with hybrid ...
Wheel-legged robots have fast and stable motion characteristics on flat roads, but there are the pro...
The most powerful capability of a legged robot is that it acquires not only the excellent flexibilit...
To make heavy-duty six-legged robots without environment reconstruction system negotiate obstacles a...
To make heavy-duty six-legged robots without environment reconstruction system negotiate obstacles a...
To make heavy-duty six-legged robots without environment reconstruction system negotiate obstacles a...
A multiaxle wheeled robot is difficult to be controlled due to its long body and a large number of a...
This paper presents the design and development of a novel reconfigurable hybrid wheel-track mobile r...
This paper presents an obstacle-navigation control strategy for a mobile robot suspended on overhead...
This paper presents an obstacle-navigation control strategy for a mobile robot suspended on overhead...
This paper presents the design and development of a novel reconfigurable hybrid wheel-track mobile r...
A novel compound mobile robot named Jaguar is introduced, which is developed by our laboratory. Its ...