Abstract:
The dimensional inspection of the gap and flush (GF) created by two different surfaces has been a longstanding and challenging field of research. In this paper, a novel m...Show MoreMetadata
Abstract:
The dimensional inspection of the gap and flush (GF) created by two different surfaces has been a longstanding and challenging field of research. In this paper, a novel mobile vision-based measurement system has been developed with the goal to detect and measure the gap accurately. ArUco markers have been attached to two planar surfaces. A sequence of images is captured, and the 3D information of markers are estimated. The flush is the difference between the depth information obtained from the markers, while the width can be converted from the image using the pixel resolution computed from the marker's physical size. A working prototype of the proposed method has been implemented and extensively evaluated on synthetic gaps. The experimental results validate the robustness and applicability of the proposed method in a real-world environment.
Date of Conference: 31 January 2021 - 03 February 2021
Date Added to IEEE Xplore: 10 March 2021
ISBN Information: