On the way to autonomous service robots, spatial reasoning plays a main role since it properly deals with problems involving uncertainty. In particular, we are interested in knowing people's pose to avoid collisions. With that aim, in this paper, we present a qualitative acceleration model for robotic applications including representation, reasoning and a practical application
Over the last several years a branch of Artificial Intelligence called Qualitative Reasoning has re...
We introduce the syntax, semantics, and an axiom system for a PDL-based extension of the logic for o...
Abstract. Until now world models in robotic soccer have been mainly quantitative in nature, consisti...
On the way to autonomous service robots, spatial reasoning plays a main role since it properly deals...
This thesis presents a new approach to the problem of shape representation for high level robot reas...
One of the long-term goals of our society is to build robots able to live side by side with humans. ...
In this paper we present ongoing work on integrating qualitative andmetric spatial reasoning into pl...
This article describes a framework for qualitatively represent-ing and reasoning about spatial confi...
From the end of 80's there has been a great interest in the study of qualitative models to represent...
We aim to develop an online method for learning robot behaviours that requires only a small number o...
In this paper we propose a probabilistic sequential model of Human-Robot Spatial Interaction (HRSI) ...
A major challenge for future social robots is the high-level interpretation of human motion, and the...
In order to close the sense-plan-act loop, a robotrequires several capabilities: it must match perce...
In this paper we propose a probabilistic sequential model of Human-Robot Spatial Interaction (HRSI) ...
Despite the large number of navigation algorithms available for mobile robots, in many social contex...
Over the last several years a branch of Artificial Intelligence called Qualitative Reasoning has re...
We introduce the syntax, semantics, and an axiom system for a PDL-based extension of the logic for o...
Abstract. Until now world models in robotic soccer have been mainly quantitative in nature, consisti...
On the way to autonomous service robots, spatial reasoning plays a main role since it properly deals...
This thesis presents a new approach to the problem of shape representation for high level robot reas...
One of the long-term goals of our society is to build robots able to live side by side with humans. ...
In this paper we present ongoing work on integrating qualitative andmetric spatial reasoning into pl...
This article describes a framework for qualitatively represent-ing and reasoning about spatial confi...
From the end of 80's there has been a great interest in the study of qualitative models to represent...
We aim to develop an online method for learning robot behaviours that requires only a small number o...
In this paper we propose a probabilistic sequential model of Human-Robot Spatial Interaction (HRSI) ...
A major challenge for future social robots is the high-level interpretation of human motion, and the...
In order to close the sense-plan-act loop, a robotrequires several capabilities: it must match perce...
In this paper we propose a probabilistic sequential model of Human-Robot Spatial Interaction (HRSI) ...
Despite the large number of navigation algorithms available for mobile robots, in many social contex...
Over the last several years a branch of Artificial Intelligence called Qualitative Reasoning has re...
We introduce the syntax, semantics, and an axiom system for a PDL-based extension of the logic for o...
Abstract. Until now world models in robotic soccer have been mainly quantitative in nature, consisti...