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分析了从两种开发系统中所搜集到的数据,并对这两种系统进行了试验,其目的是利用光学方式搜索浅水区。这两种系统分别是由美国海军航空兵作战中心开发的“海水激光雷达”(OWL)和卡曼公司开发的“魔灯改进型”[ML(A)]。1994年9月,通过在埃格林空军基地外海所进行的四个航次的飞行,精心地检查了每一次激光雷达扫描,而分析了OWL系统,获得了极佳的测深数据,但是所用的激光点尺寸(1m和12m)却不可能成功地探测类似水雷的目标。通过精心地研究,于1994年12月在埃格林空军基地外海试验所获得的图像数据,也分析了ML(A)系统。在463张图像中发现有13张图像中包括类似水雷的目标。该分析结果认为,有必要结合这两种系统的优点,来开发一种成像系统。
The data collected from the two development systems were analyzed, and both systems were tested with the objective of optically searching for shallow water. The two systems are “Sea Water Lidar” (OWL) developed by the U.S. Naval Air Operations Center and “Magic Light Modification” [ML (A)] developed by KAMAM. In September 1994, each lidar scan was carefully examined by flying four voyages off the Eglin AFB, analyzing the OWL system and obtaining excellent sounding data, but the laser used Point sizes (1m and 12m) make it impossible to successfully detect a mine-like target. The ML (A) system was also analyzed by careful study of the image data obtained at the Offshore Assault at Eglin AFB in December 1994. Among the 463 images, 13 images were found to include mine-like targets. The analysis concluded that it is necessary to combine the advantages of these two systems to develop an imaging system.