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dg
- 本微波光子发生器仿真软件实现了对一种基于两个光纤光栅的新光子微波发生器的仿真分析，仿真方案有连续波激光器、分光器、两个中心波长频率差为要产生的微波、毫米波的光纤光栅、耦合器、高速光电探测器、带通滤波器组成。连续波激光器发出的光谱经分光器分为两部分，分别输入两个光纤光栅，利用光栅的波长选择特性取得反射波，这两束反射波经过耦合器耦合后输出到高速光电探测器，输出为包含所需频率毫米波的电信号，再经过带通滤波器后得到需要的毫米波信号。其最大特色是集中了射频波和光波技术的优点，充分利用光纤光栅的波长选择特性
kepler.m
- 实现探测器的轨道的开普勒描述，是一个很好的仿真程序-TO REALIZE THE ORBIT FOR SPACECRAFT IN KAPLER
WLSF
- 基于加权最小二乘的探测器状态估计，可实现快速估计和收敛-Weighted LM based probe states estimation, with high speed and rapid convergence.
presenttheradialsymmetrydetectorfordetectingspeeds
- 本文中，我们提出了检测速度标志探测器的径向对称性。我们评估一个内道路车载系统探测器本身。我们也评估其性能，并在我们的道路车辆运行线上证明。-Algorithms for classifying road signs have a high computational cost per pixel processed. A detection stage that has a lower computational cost can facilitate real-time process-
rbf_tomo_1_01
- RBF算法应用于声断层成像，根据探测器接收到声信号时间的差异，推导出区域的温度分布-RBF algorithm is applied to acoustic tomography, the detector receives the sound signal according to the time difference, the temperature distribution derived regional
fwdmcck1
- 蒙特卡罗法求一维平板上探测器的热流，算例为Modest书中第10章第一个算例。-Monte Carlo method for the one-dimensional heat flow detector plate, Modest examples for the book, Chapter 10, a numerical example.
Copy-of-TestAPI
- 脑电波DAQ系统，以EMotiv或其他脑电波sensor为探测器，自动收集并储存脑电波图以便分析应用-Data aquisition system of brainwave
HRR-Detector-for-Slow-Moving
- 地面探测器发现海杂波中的目标一种方法 并有仿真-Based upon observations from real radar data measurements, a heuristic approach exploiting a salient aspect of the idealized LRT is developed which is shown to perform well when applied to real measured sea clutter
ww123
- 4H_SiC紫外光电探测器光电特性随温度变化的研究failed to translate-failed to translate
HH4s.ZIP
- 4H_SiC雪崩光电探测器中倍增层参数的优化模拟4H_SiC avalanche photodetector multiplication layer parameter optimization simulation-4H_SiC avalanche photodetector multiplication layer parameter optimization simulation
tc
- 温度控制系统、加工温度信号的处理从探测器,输出的空调控制信号。-Temperature control system, processing temperature signal processing from the detector, the output of the air conditioning control signal.
SiFWHM
- 实现对探测器FWHM与E拟合函数a/b/c值的求解-Fitting data to get the a,b, and c values in the function of FWHM and E
FWHM-fit
- 探测器FWHM与E拟合函数a/b/c值的求解-Get the a/b/c values in the function of FWHM and E by fitting method.
2
- 案例为运用最有控制原理，实现对火星探测器小推力变轨的控制实现。应用matlab仿真实现-Case for the use of the most control theory, to achieve the low-thrust orbit Mars probe control implementation. Application of matlab simulation
Cepstral_Pitch_Detector
- 探测器基音周期的主要特点是使用二次cepstral峰值检波器的每一帧演讲,为了检测并纠正基音周期检测错误由于效果翻倍基音周期或减半等及相关现象。文件的4.5 Cepstral距探测器。pdf”提供了一个用户的指导对于这个练习。-This MATLAB exercise implements a pitch period detector based on detecting and tracking peaks in the (real) cepstrum during regions of v
optimization-algorithm
- Ex2_火星探测器小推力变轨，关于优化算法学习-Ex2_ low thrust orbit Mars, learning about the optimization algorithm
bilidaoyin
- 比例导引算法 模拟一个匀速直线运动的飞机上的探测器观测到的地对空导弹的运动轨迹(PN guidance and show using matlab)