真正的智能车辆单视点多分辨率反射系统

Qing Li, N. Zheng, Lin Ma, Hong Cheng
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引用次数: 0

摘要

为了满足自动驾驶或辅助驾驶的安全要求,智能汽车上安装的视觉系统需要在一定方位方向上具有高分辨率和宽视野,但目前具备这些特征的视觉系统很少。提出了一种具有180度水平视场的真正的单视点多分辨率椭圆锥反射系统,以提供较高的前视分辨率和较低的横向分辨率。采用椭圆锥作为折光元件,传统透视相机作为折光元件。利用针孔成像模型和几何光学成像模型对反射系统的单视点进行了证明,并计算了反射系统的垂直、水平分辨率和垂直视场。实验结果验证了该系统的多分辨率能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
True single view point multi-resolution catadioptric system for intelligent vehicle
The vision system mounted in intelligent vehicle could require high resolution in certain azimuth direction and wide field of view to meet safety for autonomous or assistant driving, but few vision systems with these characteristics exists. A true single viewpoint multi-resolution elliptical cone catadioptric system with 180 degree horizontal field of view is suggested in order to provide higher resolution in lookahead direction and less in lateral direction. An elliptical cone is used as catoptric element and conventional perspective camera is used as dioptric element. The single viewpoint of the catadioptric system is proved and its vertical and horizontal resolution, and vertical field of view are calculated by pinhole imaging model and geometric optics image formation model. Experimental results verify the ability of multi-resolution of the system.
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