Jun 11, 2022 · In this paper, a novel single-layer 2D Legendre neural network (2DLNN) to automatically correct the geometric distortion of the star tracker is proposed.
Oct 22, 2024 · In this paper, a novel single-layer 2D Legendre neural network (2DLNN) to automatically correct the geometric distortion of the star tracker is ...
In this paper, a novel single-layer 2D Legendre neural network (2DLNN) to automatically correct the geometric distortion of the star tracker is proposed. An ...
In this paper, a novel single-layer 2D Legendre neural network (2DLNN) to automatically correct the geometric distortion of the star tracker is proposed. An ...
Stars distribution for different sampling time: (a) the stars... On-Orbit Geometric Distortion Correction on Star Images through 2D Legendre Neural Network.
The 2DLNN realizes the ground-based and on-orbit online correction of optical geometric distortion for the star tracker. The 2DLNN features self-learning, ...
On-Orbit Geometric Distortion Correction on Star Images through 2D Legendre Neural Network · Engineering, Computer Science. Remote Sensing · 2022.
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TL;DR: In this paper , a single-layer 2D Legendre neural network (2DLNN) is proposed to automatically correct the optical distortion of the star tracker, which ...
On-Orbit Geometric Distortion Correction on Star Images through 2D Legendre Neural Network · Engineering, Computer Science. Remote. Sens. · 2022.
Star trackers efficiently convert two-dimensional star centroid data into a 3D attitude vector by comparing centroids against a resident star catalog, and using ...