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FPGA-1553B
- MIL-STD一1553B是一种集中控制式、时分指令/响应型多路串行数据总线标 准，具有高可靠性和灵活性，已经成为现代航空机载系统设备互联的最有效的解 决方案，广泛的应用于飞机、舰船、坦克等武器平台上，并且越来越多的应用到 民用领域。完成1553B总线数据传输功能的关键部件是总线接口芯片11][41。 在对M几STD一1553B数据总线协议进行研究后，参考国外一些芯片的功能结 构，结合EDA技术，本论文提出了基于FPGA的1553B总线接口芯片的设计方案。 在介绍了总线控
Feature_Extraction_of_Ship-radiated_Noise_Based_on
- 基于MFCC模式的舰船辐射噪声特征提取。CAJ格式。
daodanmoni
- 导弹轨道的模拟程序，舰船的导弹打中目标的过程-Missile orbit simulation program, the missile hit the target ship s course
stkdll
- 用c++调用STK，主要运用卫星，舰船的分析，并且附有详细的中文说明。-Using c++ call STK, the major use of satellites, the analysis of ships, and accompanied by a detailed descr iption of the Chinese.
detectioncapabilityofsatellitesimulation
- 对于卫星的探测能力，进行了仿真，探测对象主要是舰船类地物，方法比较全面，值得借鉴。-Detection of satellite capacity for simulation, the detected object is a ship class of the main surface features, a more comprehensive approach, worth learning from.
AntennaCoupling
- 天线耦合仿真算例，大型舰船模型，雷达反射截面积-Antenna coupling simulation example, a large ship models, radar cross section
jianchuantext
- 实现对舰船辐射噪声的建模，即线谱和连续谱的叠加。-To realize modeling of ship radiated noise, that is the superposition of line-spectrum and continuous spectrum .
6_of_ship
- 计算舰船六个自由度，希望对大家有帮助。亲测可用-Calculation ship six degrees of freedom
guiji
- 惯导系统轨迹生成器，能生成不同位置转动和舰船摇摆条件下的陀螺和加速度计数据，用于研究惯导系统-INS trajectory generator can generate different locations and ships swing conditions rotating gyroscope and accelerometer data, inertial navigation systems for research
1
- 模拟舰船Kelvin尾迹，不考虑船首尾及粘滞影响-The simulation of ship wake Kelvin, without considering the fore and aft and viscous effect
2
- 模拟舰船Kelvin尾迹，考虑船首尾及粘滞影响-The simulation of ship wake Kelvin, with considering the fore and aft and viscous effect
xianputiqu
- 该算法实现对舰船辐射噪声的建模以及对其中线谱的提取-The algorithm modeling ship radiated noise and the extraction of its neutral spectrum
174m油船和126m验证船的回转试验仿真
- 可以进行集装箱船舰船的回转运动模拟，其中有主程序以及子函数(The simulation of the revolving motion of a container ship)
舰船仿真
- 为简单起见，我们对舰船甲板模型进行了简化，根据Brretschneider波普的方法，将无人直升机在降落台所在平面上的投影点距离海平面的高度视为无人直升机追踪的甲板高度变化。(For simplicity, we simplified the warship deck model. According to the Brretschneider Pope method, the height of the projection point from the plane of the landin
guiji
- 解决导弹追踪舰船问题，直到导弹击中目标。(Solving the problem of missile tracking ship)
大型水面舰艇舷侧防护结构内爆的数值模拟研究
- 水面目标侧舷激光防爆方法，海战中侧舷防护系统尤其重要，不可忽视。(The method of laser explosion protection for the side side of the surface of the water surface is especially important in the side side protection system of the naval battle, which can not be ignored.)
基于混合蛙跳算法的舰船电力系统网络重构_刘光梅
- 基于混合蛙跳算法的舰船电力系统网络重构_刘光梅 matlab构筑(SFLA network reconfiguration of shipboard power system based on MATLAB architecture _ Liu Guangmei)
shipclass
- 基于机器学习的舰船目标距离像自动识别技术(Automatic recognition technology of ship target range profile based on machine learning)