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sample
- 信号处理中的抽样定理以及信号恢复，并对信号进行频谱分析-Signal processing signal sampling theorem, as well as the restoration of the signal spectrum analysis
sampleandrestruct
- 1）验证抽样定理。 2）掌握用数字方式分析模拟信号的频谱的基本原理。 3）掌握理想内插方式重构模拟信号。 4）掌握衡量模拟信号相似程度的参数。 -1) verify the sampling theorem. 2) have used digital spectrum analysis of analog signals of the basic principles. 3) interpolation ideal way to master analog signal r
work
- Matlab基础程序联系：成绩统计,练习switch和if else组合；抽样定理-Matlab basic function design for scord statisticing and Nyquist
DDSyuanma
- DDS波形发生器 (Synplify pro 编译通过)--输出频率 Fout = Fclk*2^M/2^N--分辨率 Fclk/2^N--最大输出频率 Fout = Fclk*50 (理论值,抽样定理)-DDS Waveform Generator (Synplify pro compiler through)- the output frequency Fout = Fclk* 2 ^ M/2 ^ N- Resolution Fclk/2 ^ N- the maximum output fr
multisamplerate
- 改变原始wav音频信号的抽样频率，并且显示处理前后声音信号的频谱.有助于帮助大家理解奈圭斯特抽样定理。-Change the original wav audio signal sampling frequency, and shows the spectrum of sound signal before and after treatment. Helps to help you understand the Nyquist sampling theorem.
chouyangdingli
- 关于抽样定理的FLASH演示程序。文字已汉化-On the sampling theorem FLASH demo. The text had been finished
matlab5
- 低通信号抽样定理、13折线A律逐次比较型PCM编译码-Low-pass signal sampling theorem, 13 successive line A comparative law PCM codec
Matlab_based_spectrum_analysis
- 基于Matlab的频谱分析,时域抽样定理,FFT的仿真以及应用FFT对典型信号进行频谱分析的方法。 -Matlab-based spectrum analysis, time domain sampling theorem, FFT of the simulation and the application of FFT on the typical signal spectrum analysis.
PCM
- 运用仿真抽样信号的频谱, 分析满足不同条件下的抽样情况、验证奈奎斯特抽样定理不同量化电平情况下的信噪-The use of simulation sampling frequency spectrum, analyzing a sample under different conditions to meet the situation, verify the Nyquist sampling theorem under different quantization level of the s
jiapin
- 本程序用来验证抽样定理，分析采样定理，以及采样信号的频谱。-This procedure is used to verify the sampling theorem, analysis of the sampling theorem, and the sampled signal spectrum.
ziranchouyang
- 本程序验证了通信原理中的自然抽样定理，包含源码与结果-The communication principle is verified in the natural sampling theorem, including source code and results
Communicatiexperiment-procedure
- 1．通过脉冲幅度调制与解调实验，加深理解脉冲幅度调制与解调的特点. 2．通过PAM系统实验，掌握PAM系统的电路组成与工作原理，建立PAM通信系统的概念。 3．通过验证抽样定理实验，加深理解和掌握抽样定理。 -1. Through the pulse amplitude modulation and demodulation experiment, deepen our understanding of pulse amplitude modulation and demodulat
Matlab-sampling-theorem
- matlab实现信号与系统中的抽样定理 什么是信号抽样 为什么进行抽样 抽样定理的理论推导 抽样定理内容 抽样定理的应用 -Matlab signal and system of the sampling theorem
ChouYangDingLi---YanZheng
- 对于抽样定理的验证，十分好，二十字不太好的-For the sampling theorem verification, very good, not good twenty words
sampling-theorem-
- 基于systemview的抽样定理验证，北京邮电大学信息工程 通原软件实验-Based on the sampling theorem systemview verification of Information Engineering Beijing University of Posts and Telecommunications through the original software test
sample-theory-demo
- 抽样定理演示程序，能清楚看到当抽样速率大于2fs时恢复模拟信号的过程和当抽样频率小于2fs时频率混叠的过程。同时还包括频率抽样过程的演示。非常详尽。通过此演示程序，你肯定能明白抽样定理这一通信领域基本的原理！-The sampling theorem demo program, you can clearly see that when the recovery process of the analog signal sampling rate greater than 2fs and fre
CS-and-matlab-program
- 该文件包含了压缩感知理论基础教程及教程实践举例的程序实现源码。该教程从基础的抽样定理开始，傅里叶变换 小波变换等用于压缩的教程，最后，引入压缩感知理论，该方法的基础及优点 实现。-This file contains the program source compression perception theory based tutorial and tutorial practice example. The tutorial is to start from the basis of the
pinyufenxi
- 信号的抽样及抽样定理 加深理解连续时间信号的离散化过程中的数学概念和物理概念，掌握时域抽样定理的基本内容，观察取样信号的频谱混叠现象；-Signal sampling and sampling theorem to deepen understanding of the discrete-time signal continuous process of mathematical concepts and physical concepts, time domain sampling the
ad
- dsp 抽样定理程序代码 A/D转换的基本过程和程序处理过程 -dsp sampling theorem code A/D conversion processing of the basic processes and procedures
low_band_sample
- 针对低通采样信号和带通采样信号分别用满足乃奎斯特抽样定理和不满足乃奎斯特抽样定理的条件进行抽样，并分析其频谱特征。-For lowpass and bandpass sampled signal sampled signals were used to satisfy the Nyquist sampling theorem and the Nyquist sampling theorem does not satisfy the conditions of sampling and analy