Author: Goncharov, Ivan; Mikhaylichenko, Alexey; Kleschenkov, Anatoly
Title: A Novel Approach to Measurement of the Transverse Velocity of the Large-Scale Objects Cord-id: u5t1o64j Document date: 2021_2_20
ID: u5t1o64j
Snippet: This paper presents a novel approach for measuring the transverse velocity of large-scale objects based on stereo vision. The suggested approach uses a high-speed stereo camera located perpendicular to the traffic lane, and consists in matching frames from the left and right cameras. Compared to methods based on monocular vision, this approach solves the problem of dependence of object speed on distance. The proposed algorithm is part of a system for non-contact measurement of large-sized object
Document: This paper presents a novel approach for measuring the transverse velocity of large-scale objects based on stereo vision. The suggested approach uses a high-speed stereo camera located perpendicular to the traffic lane, and consists in matching frames from the left and right cameras. Compared to methods based on monocular vision, this approach solves the problem of dependence of object speed on distance. The proposed algorithm is part of a system for non-contact measurement of large-sized objects and has a calculated measurement error that does not exceed 1.5% of the measured speed up to 30 km/h while having low computational complexity.
Search related documents:
Co phrase search for related documents- accurate result and machine learning: 1, 2, 3, 4
- localization algorithm and machine learning: 1
- low measurement and machine learning: 1
Co phrase search for related documents, hyperlinks ordered by date