In describing routes humans make use of egocentric references to landmarks. In this paper two different egocentric navigation algorithms are introduced and possible variations of these algorithms are compared. These algorithms make use of solely angular distribution information of landmarks around the robot. Possible improvements and uses of these algorithms are discussed. In the evaluation of these algorithms computer simulations are used. The result of this work is expected to provide pointers for the ongoing research which aims to address navigation of robots based on qualitative interaction between humans and robots
One major design goal in human-robot interaction is that the robots behave in an intelligent manner,...
In this work-in-progress we present some ideas and findings involving map design and human performan...
In this paper we present for the first time a complete\ud symbolic navigation system that performs g...
A method for egocentric navigation of mobile robots is described. Each robot has a local short-term ...
Teams of humans and robots working together can provide effective solutions to problems. In such app...
The paper gives a brief overview of the interdisciplinary DFG priority program on spatial cognition ...
Ongoing research on multi-robot collaborative navigation conducted in the Intelligent Robotics Lab a...
Although metric navigation techniques have been widely adapted in robot navigation, some powerful qu...
In this paper we describe the motivation, design and implementation of a system to visually guide a...
The aim of this article is to provide an obstacle avoidance solution for navigating a robot from one...
The use of landmarks for robot navigation is a popular alternative to having a geometrical model of ...
The paper describes a prototypical system for optimal landmark acquisition and selection. Our landma...
Qualitative and quantitative representations of space in general and motion in particular have their...
Abstract: It this paper a methodology for designing the navigation system of mobile robots is propos...
International audienceNavigation is a basic skill for autonomous robots. In the last years human-rob...
One major design goal in human-robot interaction is that the robots behave in an intelligent manner,...
In this work-in-progress we present some ideas and findings involving map design and human performan...
In this paper we present for the first time a complete\ud symbolic navigation system that performs g...
A method for egocentric navigation of mobile robots is described. Each robot has a local short-term ...
Teams of humans and robots working together can provide effective solutions to problems. In such app...
The paper gives a brief overview of the interdisciplinary DFG priority program on spatial cognition ...
Ongoing research on multi-robot collaborative navigation conducted in the Intelligent Robotics Lab a...
Although metric navigation techniques have been widely adapted in robot navigation, some powerful qu...
In this paper we describe the motivation, design and implementation of a system to visually guide a...
The aim of this article is to provide an obstacle avoidance solution for navigating a robot from one...
The use of landmarks for robot navigation is a popular alternative to having a geometrical model of ...
The paper describes a prototypical system for optimal landmark acquisition and selection. Our landma...
Qualitative and quantitative representations of space in general and motion in particular have their...
Abstract: It this paper a methodology for designing the navigation system of mobile robots is propos...
International audienceNavigation is a basic skill for autonomous robots. In the last years human-rob...
One major design goal in human-robot interaction is that the robots behave in an intelligent manner,...
In this work-in-progress we present some ideas and findings involving map design and human performan...
In this paper we present for the first time a complete\ud symbolic navigation system that performs g...