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Binocular Positioning Method Based on Dynamic Optical Center Imaging Model
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DOI：10.1109/TII.2024.3485737.png)
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In this article, we proposed a novel binocular positioning method based on a dynamic optical center imaging model to improve the accuracy of binocular positioning. By analyzing the distribution rules of the optical center at various object distances, we construct a new optical imaging model that is better suited for practical binocular positioning tasks. In addition, we develop a corresponding calibration method to accurately determine the model parameters. The experimental results demonstrate that our binocular positioning method outperforms existing methods in terms of spatial positioning and 3-D reconstruction accuracy. Compared to the binocular positioning method based on the traditional pinhole imaging model, our method achieves an 89.8% enhancement in spatial positioning accuracy and a 96.1% improvement in 3-D reconstruction accuracy for target objects. These results present the effectiveness and superiority of our method in binocular positioning applications.
Keyword:
Imaging
Optical imaging
Accuracy
Cameras
Calibration
Adaptive optics
Three-dimensional displays
Lenses
Informatics
Image reconstruction
Binocular positioning
camera calibration
imaging model
imaging theory
optical system
期刊
IF:
9.9
论文数:
8.6K
被引数:
6.0W
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