资源列表
fifo_vhd_131
- fifo vhdl源程序-fifo vhdl source
MatlabEngine_link
- VC调用matlab的典型编程，采用matlab引擎的方法，成功实现了Vc对matlab的调用。并且做了可视化的界面。把程序中的main_edgelink2换成自己要调用的matlab程序-VC typical call Matlab programming using Matlab engine, the successful implementation of the Vc Matlab call. Done a visual interface. The procedures main_e
gold_code_ver_217
- gold_code_ver_217 源程序-gold_code_ver_217 source
gold_code_vhd_217
- gold_code_vhd_217源程序-gold_code_vhd_217 source
Choi_Willaims
- 滤波器组的PWVD很不错的我已经试过了很好-filter group Ville very good, I have tried very good
wigner1
- 设采样频率为1Hz，对于淹没在复高斯白噪声中的信噪比为 的两个复LFM信号，采用子带带宽为0.1Hz的升余弦滤波器，共9个子带滤波器构成的滤波器组，时间窗为窗长为256的矩形窗，进行仿真-based sampling frequency of 1Hz. For drowned in the complex Gaussian white noise to the signal-to-noise ratio of 2 Minute LFM, using sub-band bandwidth of 0
wigner4
- 对于淹没在复高斯白噪声中的信噪比为-5dB二次调频信号，在矩形窗长为256的情况下，滤波器组时频检测仿真-for drowned in the complex Gaussian white noise in the signal-to-noise-dB second FM signal in the long rectangular windows of the 256 cases, the time-frequency filters Detection Simulation
nhxx
- 是一个学校的评教评学软件，功能不多。是用vfp做的。学习之用。-is an assessment of the school assessment software, functional small. Cipher is done. Learning.
stft1
- 在采样频率为1Hz，数据长度为1000点和信噪比为10dB的条件下，进行PPS信号的DPT迭代检测-the sampling frequency of 1Hz, data length of 1,000 points and 10dB signal-to-noise ratio for the conditions, PPS signal for the detection of DPT iterative
Kalmantestfenxi
- 基于卡尔曼的视频序列帧图像的跟踪程序，还有condense算子法的跟踪，可动态读取序列帧并对其进行估计跟踪，非常好的程序。-based video sequence pictures of the tracking process, in addition to condense operator law tracking, Dynamic sequences can be read on its frame and estimated tracking, very good procedure
stft4
- 对于持续时间为500s的两个LFM信号，其初始频率分别为0.1Hz、0.3Hz，中止频率分别为0.3Hz、0.1Hz，在不含噪声和含有噪声（ ）的情况下，仿真-for the duration of the two 500s LFM, the initial frequency of 0.1Hz. 0.3Hz, suspension frequencies of 0.3Hz, 0.1Hz. In noise-free and noisy () cases, the simulation
one3
- 这是一个神经网络源程序包，里面有11个M文件，可直接调用，供大家参考-This is a neural network program package, which has 11 M documents can be directly called for reference