In this study, we compare different variations of the Iterative ClosestPoint (ICP) algorithm for the purpose of matching laser scans generatedby an indoor robot. The study is mainly focused on investigating maxi-mum difference in the viewpoint the algorithms can handle, and if it canbe used for robot-pose estimation by matching laser scan data generatedat different positions in a home. This study was carried out at Electroluxusing the robotic vacuum cleaner PUREi9 for gathering the dataset tobe used for the comparison.The ICP algorithm and its variations can achieve improved perfor-mance by fine-tuning heuristics and correspondences, which often re-quires substantial manual assistance and the tuning result often varyingcase-by-case. This st...
In past years, there has been significant progress in the field of indoor robot localization. To pre...
The ability of a robot to navigate itself in the environment is a crucial step towards its autonomy....
Point cloud registration is a fundamental building block of many robotic applications. In this paper...
In this study, we compare different variations of the Iterative ClosestPoint (ICP) algorithm for the...
The Iterative Closest Point (ICP) algorithm is prevalent for the automatic fine registration of over...
Many modern sensors used for mapping produce 3D point clouds, which are typically registered togethe...
Laser scanners provide a three-dimensional sampled representation of the surfaces of objects. The sp...
Abstract — To advance robotic science it is important to per-form experiments that can be replicated...
To advance robotic science it is important to perform experiments that can be replicated by other re...
International audienceThe number of registration solutions in the literature has bloomed recently. T...
We present a system to increase the performance of feature correspondence based alignment algorithms...
This paper presents an improved version of the metric-based iterative closest point algorithm to est...
The Iterative Closest Points (ICP) algorithm is the mainstream algorithm used in the process of accu...
This thesis concerns geometric surface registration, a vital part of automatic 3D model building. Th...
Digital 3D models of the environment are needed in facility management, architecture, rescue and ins...
In past years, there has been significant progress in the field of indoor robot localization. To pre...
The ability of a robot to navigate itself in the environment is a crucial step towards its autonomy....
Point cloud registration is a fundamental building block of many robotic applications. In this paper...
In this study, we compare different variations of the Iterative ClosestPoint (ICP) algorithm for the...
The Iterative Closest Point (ICP) algorithm is prevalent for the automatic fine registration of over...
Many modern sensors used for mapping produce 3D point clouds, which are typically registered togethe...
Laser scanners provide a three-dimensional sampled representation of the surfaces of objects. The sp...
Abstract — To advance robotic science it is important to per-form experiments that can be replicated...
To advance robotic science it is important to perform experiments that can be replicated by other re...
International audienceThe number of registration solutions in the literature has bloomed recently. T...
We present a system to increase the performance of feature correspondence based alignment algorithms...
This paper presents an improved version of the metric-based iterative closest point algorithm to est...
The Iterative Closest Points (ICP) algorithm is the mainstream algorithm used in the process of accu...
This thesis concerns geometric surface registration, a vital part of automatic 3D model building. Th...
Digital 3D models of the environment are needed in facility management, architecture, rescue and ins...
In past years, there has been significant progress in the field of indoor robot localization. To pre...
The ability of a robot to navigate itself in the environment is a crucial step towards its autonomy....
Point cloud registration is a fundamental building block of many robotic applications. In this paper...