摘要
声呐浮标可以对目标进行检测、定位、跟踪和分类识别,因此浮标定位算法的研究非常关键。目前常用的算法有低频搜索与记录(LOFAR),相关探测与搜索(CODAR)等,主要对这两种声呐浮标定位算法进行了研究和计算机仿真分析,在不同背景条件下研究了各种算法的原理和性能。
Sonobuoy campaigns agilely and can be deployed expeditiously. In addition, it can search a large range of area. As a result, it is of great importance to the navy＇s campaign. Sonobuoy can detect, orientate and track the target, so the orientation arithmetic of sonobuoy is worthy of investigation. Presently the common use arithmetic is LOFAR, CODAR and so on.The arithmetic of the orientation of the sonobuoy are studied and analyzed. Through the computer simulation, the theory and the performance of the arithmetic are studied in different background of noise,
出处
《电声技术》
2010年第6期34-37,共4页
Audio Engineering
