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触发式方波产生器
- 触发式方波产生器,电路原理图,仿真成功,也是实验内容,有兴趣的可以看一下。
single-generate
- 产生典型的几种信号波形,如方波,三角波,白噪声等。-A typical signal waveforms generated several, such as square, triangle, white noise.
Timepicture
- 本程序实现了读取随机文件的数据,并产生一个方波图形.而且用户用鼠标点击后,会根据坐标自动取得当前点的值.对程序稍做修改,可用于单片机的数据图形处理-This procedure has to read random data files and graphics to produce a square wave. And the user with the mouse click, automatically based on the current point coordinate valu
AStudyoWaveletImgaeCoding
- 通过测量小波变换产生图像的熵、方差、最大值、最小值、平均值及各子图像内小波变换系数间的相关性来确定各子图像应采取的编码策略-Wavelet transform generated by measuring the image entropy, variance, maximum, minimum, average and sub-image with the wavelet transform coefficients of correlation between each sub-image
DCMotor
- 本程序是直流电机控制实验,程序采用定时中断产生PWM方波,100次中断为一个周期。-This procedure is a DC motor control experiment, procedures used interrupted from time to time have a PWM square wave, 100 times a cycle of disruption.
VirtualSignalGeneratoring
- 虚拟信号发生器是一个GUI产生(1)周期函数(包括正弦,三角,锯齿,和方波)不同振幅,频率和阶段 (2)不同振幅平方脉冲序列,频率,分期及职责循环 (3)双参数指数函数 (4)高斯曲线之间的范围不同,标准偏差和手段,以及(5)不同幅度的高斯噪声。你也可以添加一个偏移或高斯噪声的前四个以上任何职能。图形用户界面还能使用户可以添加指定的信号(或者乘以它的)一个先前定义的信号。 -Virtual Signal Generator is a GUI that produces (1) periodi
MATLAB-based-signal-generator-design
- 基于MATLAB的信号发生器设计,产生正弦波、三角波、方波、锯齿波-Based the MATLAB signal generator designed to generate sine, triangle, square, ramp ...
TO
- 该程序可以使示波器产生方波信号,运用c语言进行编程。-The program allows the oscilloscope produces a square wave signal, using c language programming.
the-realization-of-signals
- 使用VHDL语言,实现递增锯齿波、递减锯齿波、三角波、阶梯波、方波和正弦波等五种波形的产生输出-The use of VHDL language to achieve incremental ramp, descending sawtooth, triangle wave, step wave, square wave and sine wave output waveform generation and other five
python
- 用python产生方波图像以及对其作傅里叶变换,通过三维图显示频谱图-Square image and Fourier transformation with python
LABVIEW-based-signal-generator
- 基于LABVIEW信号发生器 可以产生正弦、方波、三角波、锯齿波四种波形-It can generate a sinusoidal signal generator based on LABVIEW, square, triangle and sawtooth waveforms
SIN
- Multisim11.0利用555芯片产生方波,正弦波和三角波仿真图-Use Multisim 11.0 555 chip simulation software produces a square wave, sine wave and triangular wave simulation map
ECG-signal-denoising
- 在心电信号处理过程中,为了避免产生Gibbs 振荡现象和严重的频率混叠现象,提出一种基于双树复小波变换,并结合最大后验估计确定阈值的心电信号去噪方法。文中采用了信噪比和均方误差来评价双树复小波变换和离散小波变换两种方法对心电信号的去噪效果。实验结果表明: 与传统离散小波变换相比,双树复小波变换去噪更彻底,边界、纹理等特征能较好地保留,可以作为一种生物医学信号降噪处理的新方法。-In ECG signal processing, in order to avoid the phenomena of
