反潜直升机

反潜直升机应召搜索使用声纳浮标的作战运用

Tactics Method Research of Anti-submarine Helicopter Answer Search Using Radio Sonobuoy

基于贝叶斯网的反潜直升机对潜艇的识别模型

Anti-submarine Helicopter Identifying Submarine Target Model Based on Bayes ' Net

反潜直升机目标特性探测与识别方法的研究

Research on the Method of Detection and Recognition of Antisubmarine Helicopter Characters Signal

介绍一个应用于某型舰载反潜直升机的基于故障树分析法的故障诊断专家系统。

A fault diagnosis expert system based on fault tree analysis method for an anti-submarine helicopter is introduced here .

反潜直升机搜索常规潜艇概率分析与建模关于潜水艇战争法规的议定书

Analysis and model of probability of antisubmarine helicopter detects diesel-electric submarine Proces-Verbal relating to the Rules of Submarine Warfare

根据反潜直升机反潜作战的特点，对反潜直升机使用无线电声纳浮标对指定海域实施应召搜索时声纳浮标的使用方法和监听方法进行了探讨。

Based on characteristic of anti-submarine helicopter operation , the method of anti-submarine helicopter using radio sonobuoy in searching and attacking submarine operate combat is discussed .

并结合模糊识别技术，成功地实现了复杂信号的特征分离，准确地识别出反潜直升机独特的目标特性，为研制反击反潜直升机武器提供了重要理论基础和实践工具。

Characteristics division of complex signal and recognition accurate antisubmarine helicopter object characters are achieved successfully for utilizing the fuzzy recognition technology , which is an important theory foundation and a tool for developing weapons of striking back antisubmarine helicopter .

针对多架反潜直升机配合搜索的特点，研究了基于模糊层次分析法的搜索方案优化选择方法，并在实际仿真数据的基础上验证了方法的可行性和有效性。

In this paper , on the basis of multiple anti-submarine helicopters joint searching , a method of optimization on searching schedules based on FAHP ( Fuzzy Analytic Hierarchical Process ) is studied , and the simulation data demonstrate its feasibility and effectiveness .

舰体为合金铸造，弹炮武器、火控雷达、垂直发射系统、反潜鱼雷发射舱、反潜直升机、卫星天线等均详细做出。

The model 's missile and artillery weapons , fire control radar , vertical launch systems , anti-submarine torpedo compartment , anti-submarine helicopters , satellite dish have been produced .

通过对检查性反潜特点和吊放声呐战术特性的分析，确定了检查性反潜时反潜直升机采用吊放声呐搜潜的效能指标。

Analyzing the characteristics of checking anti-submarine and the tactics features of dipping sonar , the searching effectiveness index of dipping sonar in checking anti-submarine was put forward .

反潜飞机是活动于浅海环境潜艇的致命威胁，因此研究空气中声源激发浅海声场的特性，对于潜艇生存和对抗反潜直升机是一项迫切的任务。

It is an exigent task to study the acoustic field excited by an airborne source , for Anti-submarine Helicopter is treated as the fatal threats to submarine in shallow water .