该系统可以安装在水下运动载体头部，引导载体跟踪并命中水下运动目标。
The system can be fit on the top of carrier, lead the carrier to track underwater target and hit it.
为了模拟水下运动目标的声呐回波，研究了一种高精度、多功能的水下目标回波模拟技术。
To simulate the sonar echo of the underwater moving target, a high precision and multi-function underwater target simulation technique is proposed.
为了准确获取水下运动目标的运动轨迹，提高测量的数据率，提出了一种基于合作目标的激光水下定位方法。
A underwater laser localization method using cooperative targets was proposed to acquire the moving trajectories of underwater moving objectives to improve the tracking data precisely.
因此，本研究为水下运动目标识别与检测提供了新的技术途径。在工程实践中，具有重要的指导意义和应用价值。
Accordingly, the research, in the paper, provides a new technical means for the recognition and detection of underwater moving-target.
本文讨论如何使用目标运动分析方法对水下目标进行纯方位距离估计。
The paper discusses how to apply methods of target motion analysis on bearings-only estimation of underwater target motion parameters.
本文介绍水下高速运动目标近程引爆的主动声引信的设计研究。
This paper introduces the study and implementation of an active acoustic fuze for an underwater high speed moving target.
水下光电成像设备用于水下目标运动分析及实况监测。
The photoelectricity imaging equipment underwater is used to analyze the object motion and supervise the actually situation underwater.
针对水下多目标的检测与定位问题，提出了一种基于合成时空谱的多目标运动分析方法。
The method for multiple target motion analysis based on integrated space time spectrum is presented.
系统硬件以DSP和单片机为核心，能够通过接收到水下目标发射的合作声信号，实时准确的解算出水下目标的方位参数，并能在PC机上显示目标的运动曲线。
The system circuits are based on DSP and single chip computer, and can calculate the target's position information by using received acoustic signal, and display its moving curve timely on PC.
系统硬件以DSP和单片机为核心，能够通过接收到水下目标发射的合作声信号，实时准确的解算出水下目标的方位参数，并能在PC机上显示目标的运动曲线。
The system circuits are based on DSP and single chip computer, and can calculate the target's position information by using received acoustic signal, and display its moving curve timely on PC.
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