This paper describes a scanning laser rangefinder developed for integration with the Carnegie Mellon University autonomous helicopter. The combination of an unmanned, autonomous helicopter with a 3-D scanning laser rangefinder has many potential applications; such as terrain modeling or structure inspection. To achieve high accuracy (10 cm) in each 3-D measurement, careful attention must be paid to minimizing errors, in particular, errors in measuring the direction of the laser’s beam. This paper discusses our approach to minimize these errors. Results are presented from early test flights
Laser scanning technology has been greatly evolved in the past couple of decades. The advancements m...
This paper presents our solution for enabling a quadrotor helicopter to autonomously navigate unstru...
The theory of operation, configuration, laboratory, and ground test results obtained with a helicopt...
Abstract: This paper approaches detection and tracking of an aero-modelling helicopter with a laser ...
In the last years UAV (Unmanned Aerial Vehicle) systems are become very actractive for various comme...
This report describes the implementation of a 3-D scanner - Laser Plane Range Finder. The sensor bui...
In our paper we describe a 3-D vision system designed and constructed at the Technical Research Cent...
The purpose of this project is to develop a technique for minimizing the number of iterations needed...
Modern photogrammetry and remote sensing have found small Unmanned Aerial Vehicles (UAVs) to be a va...
In this paper we present the concept of a potential project aimed at the development of an autonomou...
In this paper we present the first part of apotential project aimed at the development of an autonom...
In the last years UAV (Unmanned Aerial Vehicle) systems are become very actractive for various comme...
This paper presents a self-contained, light and flexible mapping system that can be quickly deployed...
This paper presents a self-contained, light and flexible mapping system that can be quickly deployed...
In the last years UAV (Unmanned Aerial Vehicle) systems are become very actractive for various comme...
Laser scanning technology has been greatly evolved in the past couple of decades. The advancements m...
This paper presents our solution for enabling a quadrotor helicopter to autonomously navigate unstru...
The theory of operation, configuration, laboratory, and ground test results obtained with a helicopt...
Abstract: This paper approaches detection and tracking of an aero-modelling helicopter with a laser ...
In the last years UAV (Unmanned Aerial Vehicle) systems are become very actractive for various comme...
This report describes the implementation of a 3-D scanner - Laser Plane Range Finder. The sensor bui...
In our paper we describe a 3-D vision system designed and constructed at the Technical Research Cent...
The purpose of this project is to develop a technique for minimizing the number of iterations needed...
Modern photogrammetry and remote sensing have found small Unmanned Aerial Vehicles (UAVs) to be a va...
In this paper we present the concept of a potential project aimed at the development of an autonomou...
In this paper we present the first part of apotential project aimed at the development of an autonom...
In the last years UAV (Unmanned Aerial Vehicle) systems are become very actractive for various comme...
This paper presents a self-contained, light and flexible mapping system that can be quickly deployed...
This paper presents a self-contained, light and flexible mapping system that can be quickly deployed...
In the last years UAV (Unmanned Aerial Vehicle) systems are become very actractive for various comme...
Laser scanning technology has been greatly evolved in the past couple of decades. The advancements m...
This paper presents our solution for enabling a quadrotor helicopter to autonomously navigate unstru...
The theory of operation, configuration, laboratory, and ground test results obtained with a helicopt...