搜索资源列表
BOC
- 对伽利略、北斗、GPS2等卫星使用的BOC调制信号的产生及其自相关函数的仿真。包含比较完整的程序集。-On Galileo, Compass, GPS2 and other satellites using BOC modulated signal generation and simulation of the autocorrelation function. Contains more complete assemblies.
Labview8.5keshe2009
- 基于Labview8.5 多路信号发生器(带板卡输出)实例,并附有完整word文档说明,具有重要参考意义。-Based on the multi-channel signal generator Labview8.5 (with board output) examples, with full word document that has an important reference value.
HighSpeedCircuitBoardSignalIntegrity
- 高速电路板信号完整性设计 Stephen C. Thierauf著-High-Speed Circuit Board Signal Integrity Auther: Stephen C. Thierauf
emd
- 经验模式分解(EMD)将信号分解成多个IMF分量,每个IMF分量代表一定频率尺度的模式完整源代码-Empirical Mode Decomposition (EMD) to decompose the signal into a number of IMF components, each component of IMF on behalf of a certain frequency-scale model of the full source code
fir
- matlab实现数字信号处理中FIR的设计,各子函数完整。-matlab digital signal processing in the FIR design, the Functions integrity.
five-code
- 1.声卡发生:促使声卡发声音 2.控件自定义摆放:可左右移动选择控件并摆放位置 3.相对路径图片显示:拾取当前文件的路径名,而后使用连接路劲函数连接图片名称,之后将完整的图片路劲输入显示。 4.声源定位:通过采集声信号判定位置 5.鼠标拖动拉伸控件-A sound card occurred: the sound card issued sound Controls placed custom: can move the selected control and placem
Chapter1
- 信号与线性系统的一些基础处理源程序,很完整的文件。-Signal and linear system some foundation treatment source procedures, very full file。
WAVELET-VQ
- 基于小波变换的VQ语音压缩编解码,首先对信号进行小波变换,再用VQLBG算法训练出码本,在信道两端模拟发送和接受,该源码完整,包含训练和测试语音-Wavelet-based VQ voice compression codec, first signal wavelet transform, and then VQLBG algorithm trained codebook simulations across the channel to send and receive the comple
FrFT_LFM
- 线性调频信号的分数阶傅里叶变换,完整可用。分数阶傅里叶变换采用Pei采样算法,在傅里叶域呈现宽带特性的线性调频信号,在分数阶域呈现窄带特征。-The fractional Fourier transform of linear frequency modulation signal, available. fractional Fourier transform using Pei s sampling algorithm, in Fourier domain present broadba
radar.m
- SAR雷达系统完整信号产生、压缩、识别过程,最齐全雷达系统matlab仿真程序,代码段详细注释文字说明,适合论文仿真参考-SAR radar system signal, compression, complete identification process, the most complete radar system matlab simulation program, code detailed annotation text, suitable for paper simulation
dopplershift-and-multipath
- 此文档详细描述了多普勒频移以及多径对信号传输的影响。包含原理分析与推导。同时附有完整的程序以及结果仿真图。讲解全面,帮助很大。-This document describes in detail the doppler frequency shift and the multipath effect on the signal transmission.Contains the principle analysis and derivation.At the same time with com
91332000FM_wave
- 一套完整的Nlfm 信号产生的matlab 源文件-An useful set of matlab code for generating all kinds of nlfm signal associated with four different window functions.
STM32_PID
- 基于STM32F103R8的PID算法例程,PWM输出控制信号,ADC输入反馈信号,形成闭环控制,完整工程源码。-PID algorithm based STM32F103R8 routines, complete engineering source, PWM output control signal, ADC input feedback signal to form a closed-loop control.
ziliao
- 通信系统中数字调制信号分析 包括时域、频域、误码率、信噪比、谱分析、加性高斯白噪声,实现一个完整的系统分析的MATLAB程序-Communication systems digital modulation signal analysis including time domain, frequency domain, bit error rate, SNR, spectrum analysis, additive white Gaussian noise, to achieve a compl
TestRadar
- 对4个目标的雷达回波信号进行了建模,完整地仿真了MTI、MTD和恒预警,对雷达信号处理有帮助。-this program simulates 4 targets s radar Echo-Signal,displays MTI、MTD process.
chirp_sig
- 线性调频回波信号,非常完整。解压没有密码,matlab实现环境。-LFM echo signal
信号与系统应用
- 信号与系统的应用,对同一个连续周期信号,选定不同采样间隔 s T 和信号截取长度 1 T ,获得离散 信号,使用DFT或FFT 进行频谱分析,画出频谱图,与理论计算的结果进行比 较,观察: (1)不同采样率 s T 对频率范围和混叠误差的影响; (2)不同采样长度 1 T (单周期采样和多周期采样)对频率分辨率的影响; (3)是否完整周期采样对泄漏误差的影响,多周期采样是否可以减小非完整周 期采样产生的泄漏误差。 以下信号中叠加了一个角频率为50 ? 的高频干扰信号,信号如下: 3 (
信号论文
- 能够进行简单的频率计算,通过输入一个模拟信号没能够用MATLAB计算出相应的信号频率,算法的计算量小,文档完整,文档的附录是MATLAB程序,可以直接在MATLAB中使用(To calculate the simple frequency, through the input of an analog signal can not calculate the signal frequency with corresponding MATLAB algorithm, small amount of
随机大作业
- 西电1专业随机信号处理大作业,包含完整实验报告和程序。(Xidian 1 professional random signal processing large operations, including complete experimental reports and procedures.)
package_emd
- 文件中包含了完整的HHT变换的文件,并给出了如何利用EMD分解进行不同频率成分的信号分离,提取不同频率成分信号的信息的例子。(The file contains a complete HHT transform file, and gives an example of how to use EMD decomposition to separate signals with different frequency components and extract the information o