Map building is one of the core competencies of truly autonomous robots. Numerous techniques have been developed to represent the static and dynamic environments as well as the perceptional sensing frameworks so far. In this paper, on the basis of our previous work, we compare various sensor systems in building the static and dynamic environment map with the segment-based map and Fuzzy-Tuned Grid-Based Map (FTGBM) strategies. From the comparative results of experiments, we propose a probably efficient and trade-off framework which balances the accuracy of the map against the overall system cost
This paper discusses the importance, the complexity and the challenges of mapping mobile robot?s unk...
This thesis documents an experimental investigation into the map-building and exploration capabiliti...
A recent theory of perceptual mapping argues that humans process spatial information in a different ...
In order to navigate autonomously, a mobile robot needs to build an environment map where the robot ...
P. 5-22Mobile robots need to represent obstacles in their surroundings, even moving ones, to make r...
Map building is a classical problem in mobile and au-tonomous robotics, and sensor models is a way t...
This article presents an algorithm for autonomous map building and maintenance for a mobile robot. W...
Robotics is a rapidly growing industry as the technology to build and control robots develops. Howev...
In this paper we present a navigation system for a mobile robot that is capable of operating in dyna...
An algorithmic solution method is presented for the problem of autonomous robot motion in completely...
Autonomous robots must be able to learn and maintain models of their environments. Research on mobil...
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...
The paper proposes a fast map learning approach for real-time map building and active exploration in...
Author name used in this publication: G. Q. HuangAuthor name used in this publication: Y. K. Wong200...
This paper discusses the importance, the complexity and the challenges of mapping mobile robot?s unk...
This thesis documents an experimental investigation into the map-building and exploration capabiliti...
A recent theory of perceptual mapping argues that humans process spatial information in a different ...
In order to navigate autonomously, a mobile robot needs to build an environment map where the robot ...
P. 5-22Mobile robots need to represent obstacles in their surroundings, even moving ones, to make r...
Map building is a classical problem in mobile and au-tonomous robotics, and sensor models is a way t...
This article presents an algorithm for autonomous map building and maintenance for a mobile robot. W...
Robotics is a rapidly growing industry as the technology to build and control robots develops. Howev...
In this paper we present a navigation system for a mobile robot that is capable of operating in dyna...
An algorithmic solution method is presented for the problem of autonomous robot motion in completely...
Autonomous robots must be able to learn and maintain models of their environments. Research on mobil...
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...
The paper proposes a fast map learning approach for real-time map building and active exploration in...
Author name used in this publication: G. Q. HuangAuthor name used in this publication: Y. K. Wong200...
This paper discusses the importance, the complexity and the challenges of mapping mobile robot?s unk...
This thesis documents an experimental investigation into the map-building and exploration capabiliti...
A recent theory of perceptual mapping argues that humans process spatial information in a different ...