资源列表
iir
- 设计一个低通数字滤波器,满足如下设计指标: 通带截止频率:0.2pi,通带波动:1dB 阻带截止频率:0.3pi,阻带衰减:15dB 要求:分别采用巴特沃斯、切比雪夫Ⅰ型、切比雪夫Ⅱ型和椭圆滤波器原型进行设 计,比较各种设计的阶数、实际阻带衰减,分析实验结果 -Design a low pass digital filters that meet the following design specifications: passband cutoff frequency:
LPF1
- 设计一个低通数字滤波器,满足如下设计指标: 通带截止频率:0.2pi,通带波动:1dB 阻带截止频率:0.3pi,阻带衰减:15dB 要求:采用切比雪夫Ⅱ型滤波器原型,并分别采用脉冲响应不变变换法和双线性变换法进行设计,比较设计的结果,并进行分析 -Design a low pass digital filters that meet the following design specifications: passband cutoff frequency: 0.2pi
DFT
- 编写一个matlab函数用一个N点离散傅里叶变换同时计算两个N点实序列的离散傅里 叶变换,并将结果与直接使用两个N点离散傅里叶变换计算出来的结果进行比较-Write a matlab function with an N point discrete Fourier transform and calculate actual sequence of two N point discrete Fourier transform, and the results with the direct u
shiftsequence
- 开发circonvt函数来计算序列的圆周移位 编写一个matlab函数,实现快速卷积算法-Development circonvt function to calculate the circumference of the shift sequence write a matlab function, fast convolution algorithm
Degree
- mfc 在visual 2008上实现 显示随机显示24小时气温-MFC degree descr iption on visual c++
DFTIDFT
- “离散傅里叶变换的MATLAB实现”一节里介绍的方法,编写MATLAB函数分别用来计算有限序列的DFT和IDFT 掌握序列DFT的分析方法-" MATLAB implementation of Discrete Fourier Transform," a descr iption of the method in the preparation of MATLAB functions were used to calculate a finite sequence of DFT
CG_exp2
- 这是一个从文件中读入顶点和三角形信息,做出三维图形,并且同时用鼠标和键盘实现了缩放,旋转,平移等基本操作,是用opengl进行三维作图,实现键盘鼠标交互的一个不错例子-This is a read from a file vertex and triangle information, making three-dimensional graphics, and also with the mouse and keyboard to achieve the zoom, rotation, tra
antialias
- Antialiase line algorithm experiments in microsoft visual basic.
cirlipsoid
- Circular ellipsoid generation programmatically in visual basic.
gaussian
- 高斯背景建模,可以处理单通道或者多通道图像,效果不错,完整注释-Gaussian background modeling, support single channel or multiple channel
3dlogo
- Experiments in creating 3d logos in VB with 2d text (i.e. faking 3d in 2d)
heartline
- 心型曲线,旋转加坐标系标注 初学必备,代码结构简单易懂 -Heart-shaped curve, rotation and coordinate system marked essential beginners, easy to understand code structure
