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dsp5000fft
- 正弦余弦阵列放在twiddle1、2 输入信号(方波).copy mdata 直接打开pjt文件 生成out文件即可看0x9000(program页)的频谱-Sine cosine arrays on twiddle1, 2 input signal (square wave). Copy mdata file generation out directly to open the file pjt able to see 0x9000 (program pages) of the
DDS
- 使用maxplus设计的正弦余弦信号发生器,包含两个表格文件-Sin/cos signal generator
zhenyuxiandepufenxixi
- 正余弦信号的谱分析 数字信号处理方法的一个重要用途是在离散时间域中确定一个连续时间信号的频谱,通常称为频谱分析,-Cosine signals are digital signal processing method of spectrum analysis is an important use is in the discrete time domain to determine a continuous-time signal spectrum, commonly referred to
simulink
- 数字信号的处理,正弦函数与余弦函数的结合-digital signal prozessing sin cos function
Discretecosine-transform
- 脑神经网络信号的离散余弦分类。所谓分类就是一种模式识别。按照某个特定标准(如距离准则)把一个数据集分割成不同的类或簇,分类后同一类的数据尽可能聚集到一起,不同数据尽量分离。而离散余弦变换是一种用来数据压缩的正交变换。所谓数据的压缩实际上就是通过丢失能量较小高频分量,保留能量较高的低频分量,从而达到压缩的目的。-Brain network signal discrete cosine classification. The so-called classification is a kind of
matched-filter-of-the-simulation
- 根号升余弦匹配滤波器的仿真。用matlab仿真基带传输的最佳接收机,使用的脉冲的跟升余弦,信号是4pam。然后接收端进行匹配滤波之后采样量化恢复原信号。-Square root ascending cosine matched filter of the simulation
TWO_DCT_IDCT
- 二维离散余弦反变换,整个频域到时域的转换,加深对数字信号处理的理解-Two-dimensional inverse discrete cosine transform, the entire frequency domain to time domain conversion, and deepen the understanding of the digital signal processingTwo-dimensional discrete cosine transform, the fr
modern-signal-analysis
- 用于现代信号分析与处理课程,正交变换、K-L变换与离散余弦变换。-For modern signal analysis and processing programs, orthogonal transform, KL transform and discrete cosine transform.
Random-signal-analysis
- 利用信号自相关法,对给定参数的,夹杂高斯白噪声的随机信号进行检测。通过观察自相关函数图形来分析接受的随机信号中是否有余弦信号存在。-Autocorrelation method using the signal for a given parameter, mixed Gaussian white noise random signal is detected. By observing the autocorrelation function graph to analyze random s
ex6_6
- 已知一个双输入双输出系统的状态方程,且输入信号为正弦或余弦时的仿真图像-A quadrature dual output system is known for the state equation and the input signal is sinusoidal or cosine when the simulated image
WBFM
- 本程序设置了基本参数,产生调制信号,并对余弦波进行调频,然后将其解调,画出其包络。具体见里面的文档。(The program sets the basic parameters, generates modulation signals, and FM Yu Xianbo, then demodulates it and draws its envelope. See the documents in it.)
数字基带信号的眼图实验
- 掌握无码间干扰传输的基本条件和原理,掌握基带升余弦滚降系 统的实现方法; 2.通过观察眼图来分析码间干扰对系统性能的影响,并观察在输入相同码率的 NRZ 基带信号下,不同滤波器带宽对输出信号码间干扰大小的影响程度; 3.熟悉 MATLAB 语言编程 信号源、方 波信号源、相乘器等模块组成,Simulink 模型图如下所示