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image1
- 利用多项式纠正(一次项)进行几何纠正，纠正过程采用反解法，重采样方法采用双线性内插。-The use of polynomial corrected (one-time items) for geometric correction, correct the process of adoption of anti-solution, re-sampling method using bilinear interpolation.
gcyqjz
- 用过采样和求均值提高ADC分辨-Oversampling and means to improve ADC resolution------------------------------------
changesampleofpcmfile
- PCM文件采样率转换，其中可以自己定义采样率。作为WAV文件进行存储。效果较好。注意使用时确定源文件采样率。-PCM file sample rate conversion, which could define their own sampling rate. As a WAV file is stored. Effective. Note that when used to determine the source file sample rate.
Sampling
- 信号的采样与重建，对已知连续信号进行采样，然后通过离散信号恢复原始信号。-Signal sampling and reconstruction of continuous signals to known samples, and then restore the original signal through the discrete signal.
Sampling_theorem
- 采样定理的simulink仿真，验证奈奎斯特率的影响。-Sampling theorem simulink simulation to verify the Nyquist rate.
Sample
- 图像采样模拟程序,可以通过参数选择改变采样间隔-Image sampling simulation program, you can choose to change the sampling interval parameters
caiyangdianya
- 电压采样，基于单片机的采样程序，很不错！-Voltage Sampling
pf2
- 粒子滤波的重采样程序，很实用，可以很容易嵌套使用-Particle filter resampling procedure, it is practical, it is easy to use nested
ParticleFilter
- 此粒子滤波程序采用重采样算法，用于二维平面目标跟踪-This procedure uses resampling particle filter algorithms for two-dimensional plane tracking
work
- 此程序通过采样产生了一个非常标准的BPSK信号，是理解通信原理数字调制的好帮手-his procedure generated by sampling a very standard BPSK signal, digital modulation is to understand the principles of good communication assistant
OK
- 用MATLAB对 22.05 KHz WAV音频文件进行重采样，采样频率为8KHz，以适应语音通信系统。-Using MATLAB, 22.05 KHz WAV audio files for re-sampling, the sampling frequency of 8KHz, to meet the voice communication system.
PF_Theory
- 粒子滤波的基本知识及其应用的ppt，是英文版的，详细的介绍了粒子滤波的重要性采样和重采样原理，还举了几个简单的应用-Basic knowledge of particle filter and its application ppt, is in English, a detailed descr iption of the particle filter importance sampling and resampling principle, also give several simple
ImagePro
- 一个图像处理方面非常强大的软件，能进行影像配准，重采样，影像分割等很多功能。-A very powerful image processing software, to conduct image registration, resampling, segmentation, and many other features.
shuiwenkongzhi
- 在一些温控系统电路中，广泛采用的是通过热电偶、热电阻或PN结测温电路经过相应的信号调理电路，转换成A／D转换器能接收的模拟量，再经过采样／保持电路进行A／D转换，最终送入单片机及其相应的外围电路，完成监控-In some temperature control system circuit, widely used by thermocouple, thermal resistance or PN junction temperature measurement circuit through
caiyang
- 采样计数程序，用于测量外加脉冲-Sample count procedures for measuring external pulse
Norma_Used_Functions
- 用于从图像中提取不同大小的块，采样可选为重叠，不重叠和随机，以及由块恢复图像的三个函数-Used to extract from the image blocks of different sizes, optional sampling overlapping, non-overlapping and random, and by block to restore the image of the three functions
CIAYANG
- 根据采样定理编写程序,实现模拟信号的采样,画出采样波形.-According to sampling theorem, programming, analog signal sampling, draw sample waveform.
18B20
- PIC单片机散热器节能温度控制器的工作原理 最容易实现节能控器控制功能的改造方案就是由PIC单片机来完成控制功能，温度信号经过采样、信号调理之后再输入到单片机，在单片机中由软件编程对模拟信号进行 A∕D转换，转换为数字信号，与设定的温度相比较，得到偏差量，运用模糊控制算法对温度偏差进行模糊化和解模糊运算，控制输出量。在不同的实际温度下，通过偏差的大小来调节输出固态继电器开通与关断时间，输出占空比可调的PWM信号，控制散热器的实际加热功率，这样就实现了节能控制的目的。温度控制器原理框图如1.1
soundchange
- 对原始语音进行上采样和下采样，分析对比他们的时域图和频谱图。最后对比原始语音、75HZ激励、150HZ激励以及噪声激励下的效果-SOME SIMPLE MANIPULATIONS OF SOUND USING DIGITAL SIGNAL PROCESSING The original sound and its spectrogram Downsampling the waveform downsampling Upsampling the waveform Li
ad
- DSP 2812 AD采样程序-DSP 2812 AD