An omni vision based new triangulation method for localizing a mobile robot or intelligent vehicle in an environment with landmarks is proposed in this paper. Our vision program can identify some landmarks from the image, then the triangulation method estimates the robot's position and orientation in the environment coordinates, just using the view angle to these landmarks. A RoboCup middle size league soccer robot is chosen to test the algorithm, experimental results are provided
Omni-vision system using an omni-mirror is popular to acquire environment information around an aut...
[[abstract]]This paper proposes a new self-localization algorithm, called dual-circle self- localiza...
[[abstract]]Robotic soccer games represent the most significant form of research in artificial intel...
[[abstract]]This paper proposes a new self-localization algorithm, called dual-circle self-localizat...
[[abstract]]A self-localization method entitled Dual-Circle Self-Localization (DCSL) for mobile robo...
This paper purposed a method that enables a robot self-localization using an omnidirectional camera ...
Abstract:- Due to their advantages, omni-directional mobile robots have found many applications espe...
Self-Localization is the basis to realize autonomous ability such as motion planning and deci-sion m...
Robust self-localization and repositioning strategies are essential capabilities for robots operatin...
A triangulation-like solution to the localization problem is described: as opposed to classical tria...
A triangulation-like solution to the localization problem is described: as opposed to classical tria...
Abstract — This paper describes our stereo vision method which is combining an omnidirectional and a...
A self-localization system for autonomous mobile robots is presented. This system estimates the robo...
This paper introduces an innovative method to solve the problem of self localization of a mobile au...
[[abstract]]This paper proposes a new stereo vision-based self-localization system (SVBSLS) for the ...
Omni-vision system using an omni-mirror is popular to acquire environment information around an aut...
[[abstract]]This paper proposes a new self-localization algorithm, called dual-circle self- localiza...
[[abstract]]Robotic soccer games represent the most significant form of research in artificial intel...
[[abstract]]This paper proposes a new self-localization algorithm, called dual-circle self-localizat...
[[abstract]]A self-localization method entitled Dual-Circle Self-Localization (DCSL) for mobile robo...
This paper purposed a method that enables a robot self-localization using an omnidirectional camera ...
Abstract:- Due to their advantages, omni-directional mobile robots have found many applications espe...
Self-Localization is the basis to realize autonomous ability such as motion planning and deci-sion m...
Robust self-localization and repositioning strategies are essential capabilities for robots operatin...
A triangulation-like solution to the localization problem is described: as opposed to classical tria...
A triangulation-like solution to the localization problem is described: as opposed to classical tria...
Abstract — This paper describes our stereo vision method which is combining an omnidirectional and a...
A self-localization system for autonomous mobile robots is presented. This system estimates the robo...
This paper introduces an innovative method to solve the problem of self localization of a mobile au...
[[abstract]]This paper proposes a new stereo vision-based self-localization system (SVBSLS) for the ...
Omni-vision system using an omni-mirror is popular to acquire environment information around an aut...
[[abstract]]This paper proposes a new self-localization algorithm, called dual-circle self- localiza...
[[abstract]]Robotic soccer games represent the most significant form of research in artificial intel...