搜索资源列表
Frequency-domain-filtering
- 频域滤波增强实验,内容包括理想低通高通滤波器-Frequency domain filtering
JIANGZAO
- matlab滤波器的制作,能实现高通,低通和自适应滤波的消除-matlab filter production, can achieve high-pass, low-pass and adaptive filtering to eliminate
Digital-Image-Processing
- 有源码,适合学习C++的人 一、 读入一幅灰度图象,编写程序显示图象中任一象素点的灰度值。 二、 编程实现RGB彩色空间到HSV彩色空间的转换,并通过调整H、S、V的值实现图像亮度、色度和色饱和度的调节。 三、 1.灰度线性变换、分段线性变换 2.灰度直方图均衡、规格化 3.图象卷积:各种模板实现低通、高通滤波 4.图象中值滤波、最大值滤波、最小值滤波、模板选择滤波 5.伪彩色图象增强 四、 1.图象的加、减、乘、除和逻辑运算。 2.图象的镜像变换、图象的缩放
Digital-Filter-Design
- (1)设计低通、带通、高通数字滤波器; (2)可以对合成信号(含低频、中频、高频分量)、语音信号进行滤波; (3)通过GUI界面进行控制。-(1) design low pass, band pass, high pass digital filter (2) can be synthesized signal (including the low frequency, medium frequency, high frequency components), filtered s
dajiahao
- 音频信号的合成与滤波 在计算机中录入一段语音信号, 通过Matlab 对语音信号进行时频变换与分析, 同时构造一等长度随机噪声干扰信号, 对两个信号进行合成, 设计一个低通滤波器, 对含噪的语音信号进行滤波处理, 在时域和频域中对信号进行分析比较。-Synthesis and filtering of audio signals
Chebyshev
- 基于等波动特性的切比雪夫(Chebyshev)函数的数字滤波设计(包括ChebyshevⅠ型和ChebyshevⅡ型的低通,高通,带通,带阻滤波器)-Based on the wave characteristics of Chebyshev design of digital filter function (low pass, including Chebyshev type I and type II Chebyshev high pass, band pass, band stop fi
dengbowen
- 使用等波纹逼近法低通滤波器对图像进行滤波,通过改变采样频率对它进行操作-The image is filtered using a low-pass filter such as a ripple approximation method to manipulate it by changing the sampling frequency
filter_Demo1
- 仿真有噪声数据,并进行滤波器设计和滤波展示,实现低通,高通,带通;-Simulation of noise data, and filter design and filter display, to achieve low-pass, high-pass, band pass
新建文件夹
- 将采集到的数据信号导入MATLAB软件进行处理,查看其信号频谱图,采用频域窗函数法编程设计数字滤波器,实现低通、带通和高通滤波效果。(The collected data is imported into the MATLAB software to process, check the signal frequency spectrum, and design the digital filter with frequency window function method to achieve
滤波器
- 采样频率为4.5kHz或10KHz时的带通滤波与低通滤波器源代码,阶数有4阶,6阶,7阶和10阶(Bandpass filter source code with sampling frequency of 4.5kHz)
绘制曲线
- EQ均衡器曲线, SigmaStudio 各种滤波算法实现如全通,高通,低通,带通,EQ等等(EQ equalizer curve, Sigma Studio filtering algorithms such as all-pass, high-pass, low-pass, band-pass, EQ and so on)