摘要
随着科学技术的不断发展和进步,舰船光学尾迹的侦察可以变得更加精确,而通过图像处理技术可以在船舶高速航行的过程中,从不同视角进行场景的连续成像,快速辨识舰船尾迹的变化特征,从而提高整个监测系统的识别能力。本文重点对舰船光学尾迹图像信息采集工作模式和采集技术展开讨论,并对图像处理单元信息采集系统的数据处理与算法进行优化,提高了尾迹图像的监测范围,同时也大大改善了信号传输的速度,降低了外部带来的干扰。
With the continuous development and progress of science and technology, the reconnaissance of warship optical trails can become more accurate. Through image processing technology, continuous imaging of scenes can be performed from different perspectives during the high-speed navigation of ships and rapid identification of warships. The change characteristics of the ship's wake, thus enhancing the recognition ability of the entire monitoring system, this article focuses on the discussion of the optical ship's optical wake image information collection working mode and acquisition technology, and the data processing and algorithm of the image processing unit's information acquisition system. The optimization improves the monitoring range of the wake image, and at the same time greatly improves the speed of signal transmission and reduces the external disturbances.
出处
《舰船科学技术》
北大核心
2018年第8X期166-168,共3页
Ship Science and Technology
关键词
尾迹
监测
图像处理
wake
monitoring
image processing
