水声对抗

基于多亮点模型的目标回波信号在水声对抗仿真系统中的应用

The Application of Target Echo Signal Based on Multi-highlight Model in Underwater Acoustic Countermeasure Simulation System

采用神经网络的方法对水声对抗系统的效能进行评估，是人工神经网络理论在水声对抗系统效能评估方面的一次尝试。

It is an attempt of using the neural network to evaluate the efficiency of underwater acoustic countermeasure system .

简单介绍了基于HLA框架的水声对抗仿真系统；

This paper introduces the underwater-acoustical countermeasure system based on HLA frame .

基于DIS水声对抗系统作战效能分析及其仿真

Analysis and Simulation of Operational Effectiveness for Acoustic Antagonism System based on DIS

基于DIS的水声对抗声学仿真系统设计

Design of DIS-based Underwater Acoustic Countermeasure Simulation System

基于DVR的水声对抗系统的研究

The Research on DVR-based Acoustic Warfare System

由于基于HLA标准的仿真系统具有良好的重用性和互操作性，适合构造较大规模的仿真系统，该文构造了基于HLA的水声对抗仿真系统。

The Underwater Acoustic Warfare Simulation System ( UAWSS ) based on High Level Architecture ( HLA ) is built because of its good reusability and manipulability .

为解决水声对抗仿真过程中遇到的模型重用、仿真系统互操作等问题，提出了基于HLA的一体化水声对抗仿真。

In order to solve the problem of reusability and interoperability encountered during the acoustic confrontation simulation , the integrated simulation of acoustic confrontation based on HLA was proposed .

在约定一定的水声对抗系统作战模式的基础上，结合简化的水声对抗作战过程，给出了采用DIS（分布式交互式仿真）技术实现水声对抗系统作战效能仿真的框架和思路。

Assuming the simple course of acoustic antagonism , this paper also presents the frame and thought of operational effectiveness of acoustic antagonism system with the technology of DIS .

介绍了ADO技术，针对水声对抗仿真系统的特点，提出了用ADO技术实现对其数据库的访问，并给出了具体的实现方法。

This paper introduces technique of ADO , and to meet the requirement of underwater acoustic warfare simulation system , a method of accessing database by using the technique of ADO was showing , and then provide an implement of it .

以分布式虚拟现实（DVR）、多媒体数据库及计算机网络技术为基础，以现代海战为背景，利用计算机生成一种与现实世界相似的虚拟环境来描述水声对抗过程以及获取试验数据。

With the aid of the technology of DVR , multimedia database and computer network , a real-world-like platform is developed in this paper , which could be used for the description of acoustic warfare and for the obtaining of trial data .

舰用水声对抗系统对抗线导鱼雷战术运用分析

Tactical Application of Vessel Hydro-Acoustic Countermeasure System Against Line Guided Torpedoes

水声对抗器材对抗平台声纳效果评估方法

Effect Evaluation Method of Hydroacoustic Electronic Warfare Equipment Countering Platform Sonar

视景仿真在水声对抗系统中的研究与应用

Research and application of scene simulation in the underwater-acoustical countermeasure system

基于数据融合技术的水声对抗仿真系统研究

Research on the AW Simulation System Based on Data Fusion Technique

水声对抗强干扰对弱信号的压制作用

Suppressing of strong disturbing to weak signal in the underwater-acoustical countermeasure system

水声对抗技术发展及其概念拓展水声对抗技术与水声对抗器材

Progress of Underwater Acoustic Warfare Technology and its Conceptual Extension

水声对抗系统的模拟测试系统

A Simulation and Test System for Underwater Acoustical Warfare System

美国海军水声对抗设备及其使用方法

Acoustic Warfare Equipments of US Naval and Their Using Method

水声对抗分布交互仿真系统的研究

Study on Distributed Interactive Simulation System for Acoustic Warfare

水声对抗仿真系统研究中导演台的功能

Function of CONSOLE in Underwater Acoustic Warfare Simulation System

潜艇的水声对抗效能对于潜艇的生存力具有极大的影响。

Effectiveness of acoustic warfare is very important for the survival of submarines .

水声对抗中的无源干扰原理及战斗使用

Passive jamming and its combat usage in acoustic warfare

被动声呐是现代水声对抗最重要的探测装备。

Passive sonar is the most important detecting equipment in modern underwater acoustical countermeasure .

水声对抗器材对抗鱼雷战斗使用效果评估

Evaluation of Anti-torpedo Operational Effectiveness with Acoustic Countermeasure

该模型的建立对水声对抗技术的研究有着重要的参考作用。

The model has important reference value for researching the technique of underwater acoustic countermeasure .

水面舰水声对抗综合仿真环境研究

Between Air and Water Research on Integration Simulation Environment of Underwater Acoustic Countermeasure System for Warship

该方法对进一步提高水声对抗器材评估结果及系统的可信度有着较大的帮助。

This way can improve the reliability of system and counterwork effectiveness of underwater acoustic countermeasure equipment .

水面舰艇编队水声对抗模型的正确与否直接影响到编队内舰艇的生存能力。

The model of underwater sound warfare impact the viability of ship in formation of ship highly .

研究结果对未来水声对抗装备器材的发展以及水声对抗作战战术的研究都有较强的理论指导意义。

The research result has higher guidance value in development of equipment and tactics research in hydroacoustic countermeasure warfare .