Abstract — Errors in laser based range measurements can be divided into two categories: intrinsic sensor errors (range drift with temperature, systematic and random errors), and errors due to the interaction of the laser beam with the environment. The former have traditionally received attention and can be modeled. The latter in contrast have long been observed but not well characterized. We propose to do so in this paper. In addition, we present a sensor independent method to remove such artifacts. The objective is to improve the overall quality of 3-D scene reconstruction to perform terrain classification of scenes with vegetation. I. STATEMENT OF PROBLEM Our goal is to devise methods for fast and accurate three-dimensional (3-D) represen...
This paper describes techniques for outdoor scene analysis using range data. The purpose of these te...
This thesis looks at the problem of reconstructing a single surface representation from multiple ran...
In our paper we describe a 3-D vision system designed and constructed at the Technical Research Cent...
Abstract — Errors in laser based range measurements can be divided into two categories: intrinsic se...
Because of the difficulty of interpreting laser data in a meaningful way, safe navigation in vegetat...
Autonomous navigation remains a considerable challenge, primarily because of the difficulty in descr...
Autonomous navigation in natural environments remains a considerable challenge, primarily because of...
The difficulty of inferring depth from a 2D image has resulted in a growing interest in rangefinding...
Abstract. Terrain classification is a fundamental task in outdoor robot naviga-tion to detect and av...
To establish mobile robot operations and to realize survey and in-spection tasks, robust and precise...
In this paper, we address the problem of finding organized thin structures in three-dimensional (3-D...
Accuracy is an important measure of system performance and remains a challenge in 3D range gated rec...
Accuracy is an important measure of system performance and remains a challenge in 3D range gated rec...
An efficient and reliable onboard perception system is critical for a mobile robot to increase its d...
Three-dimensional laser range finders provide au-tonomous systems with vast amounts of information. ...
This paper describes techniques for outdoor scene analysis using range data. The purpose of these te...
This thesis looks at the problem of reconstructing a single surface representation from multiple ran...
In our paper we describe a 3-D vision system designed and constructed at the Technical Research Cent...
Abstract — Errors in laser based range measurements can be divided into two categories: intrinsic se...
Because of the difficulty of interpreting laser data in a meaningful way, safe navigation in vegetat...
Autonomous navigation remains a considerable challenge, primarily because of the difficulty in descr...
Autonomous navigation in natural environments remains a considerable challenge, primarily because of...
The difficulty of inferring depth from a 2D image has resulted in a growing interest in rangefinding...
Abstract. Terrain classification is a fundamental task in outdoor robot naviga-tion to detect and av...
To establish mobile robot operations and to realize survey and in-spection tasks, robust and precise...
In this paper, we address the problem of finding organized thin structures in three-dimensional (3-D...
Accuracy is an important measure of system performance and remains a challenge in 3D range gated rec...
Accuracy is an important measure of system performance and remains a challenge in 3D range gated rec...
An efficient and reliable onboard perception system is critical for a mobile robot to increase its d...
Three-dimensional laser range finders provide au-tonomous systems with vast amounts of information. ...
This paper describes techniques for outdoor scene analysis using range data. The purpose of these te...
This thesis looks at the problem of reconstructing a single surface representation from multiple ran...
In our paper we describe a 3-D vision system designed and constructed at the Technical Research Cent...