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wavelet
- A new cable fault location method based on wavelet reconstruction is proposed. In this method the difference between the currents of faulty phase and sound phase under the high voltage pulse excitation is used as the measured signal and is de
STM32MCKit
- The PMSM FOC is made of several C modules, compatible with the free-of-charge IAR EWARM KickStart edition toolchain version 4.42. It is used to quickly evaluate both the MCU and the available tools. In addition, when used together with the STM32F
DSP2
- DSB-SC信号的生成与解调 1) 用离散（DSP）的方法生成DSB信号 2) 载波频率为150KHz，音频为500Hz和2000Hz的混合音。 3) 加入高斯白噪声 （4） 语音信号 的传输。 改变抽样频率和量化台阶大小，观察重建信号以及量化噪声信号的波形；对于语音信号主观评价声音质量的变化。 -DSB-SC signal generation and demodulation 1) Discrete (DSP) methods to generate
DSPpid
- park,ipark,clark变换的函数库:trans SVPWM的模块,很好用.DQ轴控制和幅频控制两种:svpwm PID模块:pid 相电压重构模块:vdc-park, ipark, clark transformation library: trans SVPWM module, easy to use. DQ-axis control and frequency control of two kinds: svpwm PID module: pid ph
malioutov_MS_thesis
- 应用稀疏信号重组法来进行的传感器阵列声源定位。是MIT的Dmitry M. Malioutov的博士毕业论文。-A Sparse Signal Reconstruction Perspective for Source Localization with Sensor Arrays_by Dmitry M. Malioutov
DWT
- 用DWT实现二维小波变换 二维小波分解 重构图形与原始图像误值-With the realization of two-dimensional wavelet transform DWT wavelet decomposition of two-dimensional graphic reconstruction of the original image with the wrong value
dsp
- 数字信号处理中对模拟信号的采样频谱分析，及时域、频域重构分析，包括信号及频谱，采样信号及其频谱，时域重构，通过低通滤波器进行频谱重构等代码-Digital signal processing of the analog signal sampling spectral analysis, time-domain, frequency-domain reconstruction analysis, including signal and spectrum, the sampling signal
DSPshiyandaima
- 实验一 一、观察采样引起的混叠。（来源：p57 习题1-3） 设模拟信号为 ，t的单位为毫秒(ms)。 1. 设采样频率为3kHz，确定与 混叠的采样重建信号 。 2. 画出 和 在 范围内的连续波形。（因数字计算机无法真正画出连续波形，可用较密的离散点的连线来近似。） 3. 分别用 和 在两信号波形上标记出3kHz采样点。 两信号波形是否相同？采样后的两序列是否相同？ -11 experiments to observe the sampling due to a
03z103
- 通过TMS320C6X系列DSP芯片实现平行束卷积的投影算法，并给出原理框图，完成了CT图像重建，-TMS320C6X series DSP chip through parallel beam convolution of the projection algorithm of block diagram, completed the CT image reconstruction,
integerwavelettransformreconstruction
- integer wavelet reconstruction
waveletcg_example
- 一维小波变换一层重构，实现MALLAT算法重构，经测试完全正确。-Layer of one-dimensional wavelet transform reconstruction algorithm to achieve MALLAT reconstruction, tested entirely correct.
cg2j_example
- 实现小波变换mallat算法2层重构，经测试完全正确。-Mallat implementation of wavelet transform reconstruction algorithm 2 layer has been tested is correct.
dspbuilder
- 此文件配合小波变换mallat算法分解重构使用，能够完成整个设计。-This file with the wavelet transform decomposition and reconstruction algorithm mallat used to complete the entire design.
dsp
- DSP的重构，和这篇文章的英文翻译，是我自己研究生的一篇作业-Reconstruction of DSP
Recon3D
- "Direct and iterative 3D Reconstruction Package" Version 1.0 of 3D_RadonAna "Program for Generating Analytical Volumes and their 4D line sinograms" This Software was written at the Department of Mathematical Modelling (former Electronics I
dsp_creater
- 包含创建VC工程文件(Visual stdio 6.0及以上版本的源代码组织文件)的源代码，程序及使用说明. 该程序用于重建 丢失的 VC 工程文件dsp文件。或者用于使用VC编辑器查看和编辑linux下的源代码。 1. 把MakeDspFile.exe和make.bat拷贝到需要创建工程文件的主目录。 2. 修改make.bat文件的命令：把MakeDspFile.exe ViewCode >>ViewCode.dsp中的 ViewCode 替换成需要产生的工程的名字。 3.
DSP
- 二维图像的三维重构 仅供参考学习 请勿传播-Two-dimensional images of three-dimensional reconstruction
DWT
- 用DWT实现二维小波变换 二维小波分解 重构图形与原始图像误值-With the realization of two-dimensional wavelet transform DWT wavelet decomposition of two-dimensional graphic reconstruction of the original image with the wrong value
CSOMP
- 压缩感知稀疏信号的重构代码，用到OMP算法实现过程-Compressed sensing reconstruction of sparse signal code, used in the process of OMP algorithm
DWT
- 用DWT实现二维小波变换 二维小波分解 重构图形与原始图像误值-With the realization of two-dimensional wavelet transform DWT wavelet decomposition of two-dimensional graphic reconstruction of the original image with the wrong value