资源列表
OFDM-channel-estimation-methods
- OFDM信道估计的几种方法的仿真，包括最小二乘(LS)法、最小均方误差(MMSE)法、线性最小均方误差(LMMSE)法以及奇异值（SVD）分解法等，毕设资料，非常珍贵-several OFDM channel estimation methods,which contains the least-squares (LS), the minimum mean square error (MMSE), the linear minimum mean square error (LMMSE) and
msra
- 命名实体识别语料，有训练语料，测试语料，测试语料对应的黄金语料-NER corpus, there are training corpus, test corpus, the corresponding test corpus corpus gold
Code-FOC-
- 基于Mcrochip的PMSM滑模观测器FOC控制-FOC PMSM control sliding mode observer
Solutions-Manual-for-Satellite-Communications
- This is the solution manual of satellite communications by Timothy pratt and jereme allnu-This is the solution manual of satellite communications by Timothy pratt and jereme allnutt
SC
- 运用matlab编写变分不等式程序求解供应链网络问题。-Matlab prepared using procedures for solving variational inequalities supply chain network problems.
DN3D1
- 洛斯阿拉莫斯实验室开发的显示动力有限元程序dyna3d，可处理碰撞，侵彻和接触等问题，有丰富的材料模型和状态方程，以及可扩展的二次开发能力。-dyna3d source code
houghts
- 一种基于Hough变换的航迹起始方法。给出了点迹雷达的结果，同时给出了所有量测结果的状态图。-A track initiation method based on Hough transform. There is some radar to track results, and given all the measurements of the state diagram.
12.cpp
- bladed软件是风力发电相关专业软件，主要用于风电机组的设计，载荷计算，仿真等！而用c语言编写的外部控制器代码可以实现对风机控制的仿真。-bladed wind energy related software is professional software mainly for the design of wind turbines, load calculation, simulation, etc.! And with the c language external controller
frft
- 实现分数阶傅里叶变换的pei型离散算法，有在分数域的信号处理有需要的欢迎下载。-Achieve pei Discrete fractional Fourier transform algorithm, there are scores in the signal processing domain need welcome to download.
Demo_samlight-And-Document
- Scaps打标软件Samlight二次开发说明文档及简单案例-Scaps marking software Samlight secondary development of documentation and simple case
SSBA-3.0
- 摄影测量中很重要的光束法平差程序，是完成摄影测量课实习作业的超级武器，也能用于近景影像的3D建模-Photogrammetry is a very important bundle adjustment procedure is completed internship job photogrammetry lesson super weapon, can also be used close-range images of 3D modeling, etc.
main123
- 用matlab编程求解汽车平顺性，汽车加速度，动挠度以及相对动载荷-Solving the car ride with matlab programming, vehicle acceleration, dynamic deflection and the relative dynamic load