高速小多目标姿态确定的台站模式

Mingjing Li, Jianli Wang, Lirong Zhao
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引用次数: 0

摘要

高速小多目标姿态测量的一个关键问题是如何确定CMOS站的最佳位置。本文设计了一种多CMOS站模式,将多个CMOS视频放置在测量系统的两个平行侧面,每两个CMOS形成一个相交视场,多个视场连接起来覆盖靶场,可以增加有效视场(EVF),提高高速目标的捕获率和小目标的测量精度。当物体通过关节区域时,将在每个CMOS焦平面上分别成像。同步触发多个CMOS视频,提取序列图像信息,通过数字图像处理技术确定目标姿态。站测模式具有成本低、测量范围大、扩展自由等优点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Station Mode for Attitude Determination of Small-Multi-Target with High Speed
A key problem of attitude measurement of small- multi-target with high speed is how to decide the optimum of the CMOS stations. A multi-CMOS station mode is designed in this paper, multiple CMOS videos were placed on two parallel sides in measurement system, every two CMOS form an intersection viewing field, multiple viewing field join to cover shooting range, which can augment Effective Viewing Field(EVF) , increase capture ratio of objects with high speed and measurement precision of small objects. When an object passes through the joint area, it will be imaged separately on each CMOS focal plane. Multiple CMOS videos were triggered synchronously, a sequence of image information was extracted, the target attitude was confirmed by digital image processing technology. The merit of station mode is low cost, large measurement scope, extending freely and so on.
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