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水下武器
相关语句
  underwater weapon
     Design and Realization of Fault Diagnosis and Testing System for Underwater Weapon System
     水下武器系统故障诊断与测试系统设计实现
短句来源
     Performance of Aluminized Explosive for Underwater Weapon
     水下武器用含铝炸药性能研究
     Teaching laboratory construct of the technology of test and measurement on underwater weapon speciality
     水下武器系统专业的工程测试技术教学实验室建设
短句来源
     The design of Integrated Simulation for Underwater Weapon System
     水下武器系统一体化仿真技术研究与设计
短句来源
     The paper deals with the principle of knowledge and control structures of underwater weapon counter-counter expert system.
     本文对水下武器反对抗专家系统的知识与控制结构进行了原理性描述。
短句来源
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  “水下武器”译为未确定词的双语例句
     Application of Dynamic Data Access System in Underwater Test
     动态数据录取系统在水下武器试验中的应用研究
短句来源
     THE MATHEMAITC MODEL OF THE UNDERWATER COMPRESSED-AIR LAUNCHER
     气动式水下武器发射装置内弹道数学模型
短句来源
     Abstracting underwater target feature is the foundation of recognizing underwater target. As an important gist of recognizing target, the development of it can improve the ability of countermine. It is important to the field of under weapon mine and countermine.
     水下目标特征提取是目标识别的重要基础,作为识别目标的重要依据它的发展能够提高水下对抗设备的对抗能力,对研究水下武器对抗与反对抗领域有着重要的意义,本篇论文在研究水下目标特征提取基本算法的基础上重点研究了基于方位走向的目标特征提取算法,论文的主要研究工作有:
短句来源
     This dissertation is centered on the research of the Sub-water Weapon Counterwork Distributed Interactive Simulation (DIS) System.
     论文主要对水下武器作战对抗分布交互仿真(DIS)系统进行了研究。
短句来源
     The application shows that this research is useful for analyzing the capability of underwater vehicle and it has applied in several departments.
     本项研究对于航行器系统性能研究具有实用价值,且已经在水下武器系统论证、设计、试验的各个部门和应用领域得到成功的应用。
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  相似匹配句对
     Performance of Aluminized Explosive for Underwater Weapon
     水下武器用含铝炸药性能研究
     THE MATHEMAITC MODEL OF THE UNDERWATER COMPRESSED-AIR LAUNCHER
     气动式水下武器发射装置内弹道数学模型
短句来源
     Underwater Concrete
     水下混凝土
     Analysis of Future Weapon
     解读未来武器
短句来源
     The Standardization of Subsea Control Systems
     水下控制系统的标准化
短句来源
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  underwater weapon
SLIGA Based underwater weapon safety and arming system
      
The Naval Surface Warfare Center, Indian Head Division (NSWCIHD) is applying microelectromechanical system (MEMS) technology to underwater weapon Safety and Arming (S>amp;amp;A) system development.
      
In comparison with other weapon S>amp;amp;A systems, a critical aspect of underwater weapon S>amp;amp;A systems is the mechanical interlock system utilizing actuators and mechanical sensors.
      
His early research was concerned with development of theoretical and numerical methods for predicting underwater weapon effects.
      


The paper deals with the principle of knowledge and control structures of underwater weapon counter-counter expert system. The knowledge representation approach for application of underwater acoustic environment and solving method of underwater target classification problem are explored. Finally, the intelligent control function of blackboard frame architecture for underwater weapon counter-counter expert system is discussed.

本文对水下武器反对抗专家系统的知识与控制结构进行了原理性描述。探讨了适用于水下环境的知识表示结构、水下目标分类问题的求解方法以及黑板框架结构在反对抗专家系统中的智能控制作用。

The underwater weapon system is a very complicated and large system. Simulation has been playing a very important role in the study and design of the underwater weapon system. In this paper. the integrated simulation system based on engineering database management is descussed for underwater weapon system. In the integrated system. the whole simulation process of underwater weapon system. including modelling. test. analysis. result report and graphics output. can be completed integratively. Its basic structure....

The underwater weapon system is a very complicated and large system. Simulation has been playing a very important role in the study and design of the underwater weapon system. In this paper. the integrated simulation system based on engineering database management is descussed for underwater weapon system. In the integrated system. the whole simulation process of underwater weapon system. including modelling. test. analysis. result report and graphics output. can be completed integratively. Its basic structure. software. function and characteristics are all introduced here. Both the system structure analysis and simulation result show that the integrated simulation system is an effective. reliable. advanced and inexpensive method for studing modern underwater weapon system.

水下武器系统是一个非常复杂的大系统。仿真研究在水下武器系统的研究和设计中起着十分重要的作用。本文讨论了基于数据库的水下武器系统一体化仿真环境技术和设计。该仿真系统将水下武器的建模、实验、结果处理和图形输出集于一体。论文研究了该仿真系统的结构,数据库设计和主要特征。通过一体化仿真系统的机理分析和仿真实验,其结果表明利用一体化仿真技术是研究和设计现代水下武器的一种有效的、可靠的、先进的和廉价的方法。

Because of the intense nonlinear of underwater thermal power-system and the changes of vehicle's posture, the open-cycle or linear control method can not fit the tactical requirement of modern underwater weapon(such as torpedo). In this paper, the open cycle underwater thermal power system is analysised comprehensively and the strong robustness of the sliding control is made full use. The system model is simplified and a kind of sliding control law is synthesised and the middle state variables are given enough...

Because of the intense nonlinear of underwater thermal power-system and the changes of vehicle's posture, the open-cycle or linear control method can not fit the tactical requirement of modern underwater weapon(such as torpedo). In this paper, the open cycle underwater thermal power system is analysised comprehensively and the strong robustness of the sliding control is made full use. The system model is simplified and a kind of sliding control law is synthesised and the middle state variables are given enough consideration at the same time.

由于水下开式循环热动力系统的强烈非线性特征及航行器的姿态变化,采用开环方式或线性化控制方法难以满足新型水下武器(如鱼雷)的战术要求。本文对水下开式循环热动力系统做了全面分析,充分利用滑动控制的强鲁棒性,完成了系统模型的简化及滑动控制律的设计,并兼顾了中间状态量的交化情况。

 
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