Abstract-- In the present paper a system for generation of topological maps is going to be presented. This system is considered as one of the deliberative skills of the mobile robots architecture named AD. AD is a two level architecture: deliberative and automatic. Those skills which require high computational time as consequence of high level reasoning are found in the deliberative level, while the automatic level skills interacts with robot sensors and actuators. The topological map generated with this deliberative skill is the map belonging to the EDN navigation system, and is named Navigation Chart. In the Navigation Chart, the information obtained from the chart is stored as nodes and as edges. Nodes correspond to the sensorial events ...
Abstract. In this paper we present a framework to construct topological-metric 2D maps of indoor env...
The paper focuses on recognition and classification of path features during navigation of a mobile r...
This paper presents a novel approach to multi-robot site exploration and map building considering th...
We present a behavior-based technique for incremental on-line mapping and autonomous navigation for ...
Abstract|An autonomous robot navigating in its en-vironment needs a map representing the large-scale...
Robots carrying tasks in an unknown environment often need to build a map in order to be able to na...
The problem of adapting mobile robot navigation to changes in the environment is usually approached ...
© 2009 by Nova Science Publishers, Inc. All rights reserved. When humans navigate, they use mainly t...
Autonomous robots must be able to learn and maintain models of their environments. Research on mobil...
textA map is a description of an environment allowing an agent--a human, or in our case a mobile rob...
AbstractAutonomous robots must be able to learn and maintain models of their environments. Research ...
In this paper we present a navigation system for a mobile robot that is capable of operating in dyna...
In order to plan behavior-based navigation strategies, a mobile robot needs information about the c...
This paper addresses the problem of autonomous exploration and mapping of unknown environments by a ...
As a step towards achieving a mobile robot which can navigate autonomously, this work aims to develo...
Abstract. In this paper we present a framework to construct topological-metric 2D maps of indoor env...
The paper focuses on recognition and classification of path features during navigation of a mobile r...
This paper presents a novel approach to multi-robot site exploration and map building considering th...
We present a behavior-based technique for incremental on-line mapping and autonomous navigation for ...
Abstract|An autonomous robot navigating in its en-vironment needs a map representing the large-scale...
Robots carrying tasks in an unknown environment often need to build a map in order to be able to na...
The problem of adapting mobile robot navigation to changes in the environment is usually approached ...
© 2009 by Nova Science Publishers, Inc. All rights reserved. When humans navigate, they use mainly t...
Autonomous robots must be able to learn and maintain models of their environments. Research on mobil...
textA map is a description of an environment allowing an agent--a human, or in our case a mobile rob...
AbstractAutonomous robots must be able to learn and maintain models of their environments. Research ...
In this paper we present a navigation system for a mobile robot that is capable of operating in dyna...
In order to plan behavior-based navigation strategies, a mobile robot needs information about the c...
This paper addresses the problem of autonomous exploration and mapping of unknown environments by a ...
As a step towards achieving a mobile robot which can navigate autonomously, this work aims to develo...
Abstract. In this paper we present a framework to construct topological-metric 2D maps of indoor env...
The paper focuses on recognition and classification of path features during navigation of a mobile r...
This paper presents a novel approach to multi-robot site exploration and map building considering th...