We present a systematic method for constructing 3-D models of large outdoor sites. The method is designed for a mobile robot platform and incorporates automated acquisition of scanned data as well as automated view planning and model construction. In our modeling process, we first use a preliminary view or set of preplanned views to yield an initial, approximate, 3-D model of the target structure. Then, we update this model by using a voxel-based procedure to plan and acquire the next best view. This updating is repeated sequentially until an accurate and complete 3-D model is finally obtained. The method was successfully tested on a portion of the Columbia University campus
16 pages, 46 figures.In this paper, a new methodology to build compact local maps in real time for o...
This paper describes a robotic system that builds a 3D CAD model of an object incrementally from mul...
16 pages, 46 figures.In this paper, a new methodology to build compact local maps in real time for o...
We present a systematic view planning method to assist construction of 3-D models of large outdoor s...
In this paper we address the joint problems of automated data acquisition and view planning for larg...
In this paper, a method for robotic exploration oriented to the automatic three-dimensional (3D) rec...
We have designed and implemented a fully autonomous system for building a 3D model of an object in s...
This paper is an overview of the AVENUE project at Columbia University. AVENUE's main goal is t...
ABSTRACT: This paper presents a strategy to guide a mobile ground robot equipped with a camera or de...
Model-based task planning is one of the main capabilities of autonomous mobile robots. Especially fo...
We present an incremental system that builds accurate CAD models of objects from multiple range imag...
Treball fet a la Technische Universität Berlin. Fakultät Elektrotechnik und Informatik[ANGLÈS] In re...
Multi-view stereo algorithms are an attractive technique for the digital reconstruction of outdoor s...
A distributed, modular, heterogeneous architecture is presented that illustrates an approach to solv...
Autonomous 3D object reconstruction is a special field of robotics that has come up in the last deca...
16 pages, 46 figures.In this paper, a new methodology to build compact local maps in real time for o...
This paper describes a robotic system that builds a 3D CAD model of an object incrementally from mul...
16 pages, 46 figures.In this paper, a new methodology to build compact local maps in real time for o...
We present a systematic view planning method to assist construction of 3-D models of large outdoor s...
In this paper we address the joint problems of automated data acquisition and view planning for larg...
In this paper, a method for robotic exploration oriented to the automatic three-dimensional (3D) rec...
We have designed and implemented a fully autonomous system for building a 3D model of an object in s...
This paper is an overview of the AVENUE project at Columbia University. AVENUE's main goal is t...
ABSTRACT: This paper presents a strategy to guide a mobile ground robot equipped with a camera or de...
Model-based task planning is one of the main capabilities of autonomous mobile robots. Especially fo...
We present an incremental system that builds accurate CAD models of objects from multiple range imag...
Treball fet a la Technische Universität Berlin. Fakultät Elektrotechnik und Informatik[ANGLÈS] In re...
Multi-view stereo algorithms are an attractive technique for the digital reconstruction of outdoor s...
A distributed, modular, heterogeneous architecture is presented that illustrates an approach to solv...
Autonomous 3D object reconstruction is a special field of robotics that has come up in the last deca...
16 pages, 46 figures.In this paper, a new methodology to build compact local maps in real time for o...
This paper describes a robotic system that builds a 3D CAD model of an object incrementally from mul...
16 pages, 46 figures.In this paper, a new methodology to build compact local maps in real time for o...