Abstract: Map building is an essential component to enable mobile robots autonomous navigation. This paper introduces a new method for learning multiresolution maps for navigation in unknown dynamic worlds. It extends a previous navigation architecture [1] that integrates a multiresolution grid world model and fuzzy ART based world model. The fuzzy ART world model is composed of a set of rectangular geometric primitives. A new method for updating the fuzzy ART model in dynamic worlds was proposed in [2]. In this paper we propose a new navigation architecture that, by integrating that new map building method for dynamic worlds, is able to dynamically not only increase but also decrease local resolution according to variations in the local cl...
Mobile robots need to represent obstacles in their surroundings, even moving ones, to make right mov...
Mobile robots need to represent obstacles in their surroundings, even moving ones, to make right mo...
This paper discusses the importance, the complexity and the challenges of mapping mobile robot?s unk...
Mobile robots require the ability to build their own maps to navigate in unknown environments. This ...
Abstract Mobile robots must be able to build their own maps to navigate in unknown worlds. Expandin...
Abstract — In this paper we address the problem of navi-gating an autonomous mobile robot on an unkn...
ABSTRACT { This paper presents a new method for mobile robot navigation in an un-known world. The pa...
We describe a novel approach to topological mapping for mobile robotics, and its advantages over exi...
Abstract—This paper presents an adaptive method that allows mobile robots to learn cognitive maps of...
In this paper, we address the problem of navigating an autonomous mobile robot in an unknown indoor ...
We present a novel approach to mapbuilding and target area identification in mobile robotics – its e...
In this paper we present a navigation system for a mobile robot that is capable of operating in dyna...
textA map is a description of an environment allowing an agent--a human, or in our case a mobile rob...
Autonomous mobile robots need to explore, map and navigate the environment in which they find themse...
Mobile robots need to represent obstacles in their surroundings, even moving ones, to make right mov...
Mobile robots need to represent obstacles in their surroundings, even moving ones, to make right mov...
Mobile robots need to represent obstacles in their surroundings, even moving ones, to make right mo...
This paper discusses the importance, the complexity and the challenges of mapping mobile robot?s unk...
Mobile robots require the ability to build their own maps to navigate in unknown environments. This ...
Abstract Mobile robots must be able to build their own maps to navigate in unknown worlds. Expandin...
Abstract — In this paper we address the problem of navi-gating an autonomous mobile robot on an unkn...
ABSTRACT { This paper presents a new method for mobile robot navigation in an un-known world. The pa...
We describe a novel approach to topological mapping for mobile robotics, and its advantages over exi...
Abstract—This paper presents an adaptive method that allows mobile robots to learn cognitive maps of...
In this paper, we address the problem of navigating an autonomous mobile robot in an unknown indoor ...
We present a novel approach to mapbuilding and target area identification in mobile robotics – its e...
In this paper we present a navigation system for a mobile robot that is capable of operating in dyna...
textA map is a description of an environment allowing an agent--a human, or in our case a mobile rob...
Autonomous mobile robots need to explore, map and navigate the environment in which they find themse...
Mobile robots need to represent obstacles in their surroundings, even moving ones, to make right mov...
Mobile robots need to represent obstacles in their surroundings, even moving ones, to make right mov...
Mobile robots need to represent obstacles in their surroundings, even moving ones, to make right mo...
This paper discusses the importance, the complexity and the challenges of mapping mobile robot?s unk...