Abstract. The perception and modeling of other robots has been a topic of minor regard in the Four-Legged League, because of the limited processing und sensing capabilities of the AIBO platform. Even the current world champion, the GermanTeam, abandoned the usage of a robot recognition. Nevertheless, accurate position estimates of other players will be needed in the future to accomplish tasks such as passing or applying adaptive tactics. This paper describes an approach for localizing other players in a robot’s local environment by integrating different unreliable perceptions of robots and obstacles, which may be computed in a reasonable way. The approach is based on Gaussian distributions describing the models of the robots as well as the ...
The approach presented in this paper allows a team of mobile robots to estimate cooperatively their ...
This thesis has two main contributions. The first contribution is the use of cooperative localizati...
The abilities of mobile robots depend greatly on the performance of basic skills such as vision and ...
Abstract. This paper is focused on the sensor and information fusion techniques used by a robotic so...
Abstract. In robot soccer, self-localization of robots may fail because of per-ception failure, fall...
This paper presents an experience-based collaborative approach fir a group of autonomous robots to l...
A mobile robot needs to know its pose (position and orientation) in order to navigate and perform us...
Research Doctorate - Doctor of Philosophy (PhD)The goal of the localisation system on a robot is to ...
Abstract — this article proposed an integrated solution for the self-localization problem of an AIBO...
This paper presents a novel approach for a group of vision-based autonomous robots to localize in dy...
Poor sensor data because of uncertainty and hardware limitations results in a robot misinterpreting ...
Abstract: Autonomous robots can initiate their mission plans only after gathering sufficient informa...
Perception problem in robotics has been usually faced from the individual perspective, in this work ...
Abstract—We present a method for representing, communicating and fusing distributed, noisy and uncer...
Abstract. Self-localisation, or the process of an autonomous agent de-termining its own position and...
The approach presented in this paper allows a team of mobile robots to estimate cooperatively their ...
This thesis has two main contributions. The first contribution is the use of cooperative localizati...
The abilities of mobile robots depend greatly on the performance of basic skills such as vision and ...
Abstract. This paper is focused on the sensor and information fusion techniques used by a robotic so...
Abstract. In robot soccer, self-localization of robots may fail because of per-ception failure, fall...
This paper presents an experience-based collaborative approach fir a group of autonomous robots to l...
A mobile robot needs to know its pose (position and orientation) in order to navigate and perform us...
Research Doctorate - Doctor of Philosophy (PhD)The goal of the localisation system on a robot is to ...
Abstract — this article proposed an integrated solution for the self-localization problem of an AIBO...
This paper presents a novel approach for a group of vision-based autonomous robots to localize in dy...
Poor sensor data because of uncertainty and hardware limitations results in a robot misinterpreting ...
Abstract: Autonomous robots can initiate their mission plans only after gathering sufficient informa...
Perception problem in robotics has been usually faced from the individual perspective, in this work ...
Abstract—We present a method for representing, communicating and fusing distributed, noisy and uncer...
Abstract. Self-localisation, or the process of an autonomous agent de-termining its own position and...
The approach presented in this paper allows a team of mobile robots to estimate cooperatively their ...
This thesis has two main contributions. The first contribution is the use of cooperative localizati...
The abilities of mobile robots depend greatly on the performance of basic skills such as vision and ...