We have investigated the performance of estimating the 3D motion and structure when the scale information is obtained by utilizing the cooperative efforts of multiple robots. The method determines the relative positions of robots by tracking a specific geometric target present on each of them, and then uses the Extended Kalman Filter to estimate the motion and structure. We performed several experiments to explore the effects of cooperative running of robots on the motion estimation
This work presents a novel approach to the problem of establishing and maintaining a common coordina...
A mobile robot needs to know its pose (position and orientation) in order to navigate and perform us...
This paper considers the problem of localizing multiple agents, e.g. unmanned aerial vehicles (UAVs)...
A b s k t- We have imetigated the performance of simul-taowusly estimating the 3D motion and structu...
This work presents a new approach to relative position estimation in multi robot systems. The inform...
This work presents a new approach to the problem of relative position estimation for multi robot sys...
This work presents new methods and experiments for hazardous area activities using a multi robot sys...
The approach presented in this paper allows a team of mobile robots to estimate cooperatively their ...
A new approach to relative position estimation in multi-robot systems, based on information of laser...
This work presents a novel approach to the problem of establishing and maintaining a common co-ordin...
We propose a new approach to the simultaneous cooperative localization of a group of robots capa-ble...
Abstract — This paper addresses cooperative estimation of 3D target motion for visual sensor network...
Looking on co-operative position estimation in multi-robot systems, the question to what extend the ...
Abstract — Cooperative exploration requires multiple robotic sensor platforms to navigate in an unkn...
This paper deals with a new approach to multi robot localization. An Interlaced extended Kalman filt...
This work presents a novel approach to the problem of establishing and maintaining a common coordina...
A mobile robot needs to know its pose (position and orientation) in order to navigate and perform us...
This paper considers the problem of localizing multiple agents, e.g. unmanned aerial vehicles (UAVs)...
A b s k t- We have imetigated the performance of simul-taowusly estimating the 3D motion and structu...
This work presents a new approach to relative position estimation in multi robot systems. The inform...
This work presents a new approach to the problem of relative position estimation for multi robot sys...
This work presents new methods and experiments for hazardous area activities using a multi robot sys...
The approach presented in this paper allows a team of mobile robots to estimate cooperatively their ...
A new approach to relative position estimation in multi-robot systems, based on information of laser...
This work presents a novel approach to the problem of establishing and maintaining a common co-ordin...
We propose a new approach to the simultaneous cooperative localization of a group of robots capa-ble...
Abstract — This paper addresses cooperative estimation of 3D target motion for visual sensor network...
Looking on co-operative position estimation in multi-robot systems, the question to what extend the ...
Abstract — Cooperative exploration requires multiple robotic sensor platforms to navigate in an unkn...
This paper deals with a new approach to multi robot localization. An Interlaced extended Kalman filt...
This work presents a novel approach to the problem of establishing and maintaining a common coordina...
A mobile robot needs to know its pose (position and orientation) in order to navigate and perform us...
This paper considers the problem of localizing multiple agents, e.g. unmanned aerial vehicles (UAVs)...