搜索资源列表
Upsampling_and_Downsampling
- 采样率转换程序，程序主体分为上采样与下采样-Sample rate conversion process, the program is divided into the main sampling and down-sampling
Bootsbagsmethodresampling
- 靴袋法重采样，用于小样本时的重新采样后扩大样本含量的程序-Boots bags method re-sampling
LM3SADCoversampling
- 使用LM3S1138微控制器的ADC过采样来提高转换结果的精度-Using the LM3S1138 microcontroller' s ADC over-sampling to improve accuracy of the results from
VHDLsourcecode
- VHDL编写的基于过采样的串口代码，在epm3256中编译通过，值得参考。-Written in VHDL-based over-sampling of the serial code, compiled by the epm3256, worth considering.
demo_src_1111111111
- 图像从采样的小程序，用于将图像工具模版的样式进行重采样，这对于模版匹配是有意义的-Images from the small sampling procedures, tools used to image resampling the style template, it makes sense for the template matching
rs232
- 用vhdl实现fpga串口通信 包含 波特率生成 发送模块 接收模块 过采样 signaltap使用-Vhdl fpga serial communication with the realization of sending module contains the baud rate generation receiver module using oversampling signaltap
cejingZ
- 主要是对测井资料进行分析，要对数据数字化之后进行，而且采样间隔一定-log Processing
Blindestimation
- 根据接收数据阵x 、信道长度LH、过采样因子q ，采用Hopfield 盲处理方法，恢复出相应于x的尽可能长的BPSK发送序列，并估计 信道。-Based on the received data matrix x, the channel length of the LH, oversampling factor q, with Hopfield blind treatment, recovery corresponding to x, send a sequence of BPSK as l
caiyang
- 一个带通信号的中心频率为15MHz，带宽为750Hz（载波每侧各375Hz）。 （1）利用带通采样定理，确定能够无误差地恢复被采样带通信号的最小采样频率； （2）如果使用（1）中的采样频率，试画出采样信号的频谱； （3）从（1）中的采样频率开始，考虑增加采样频率的影响，试问增加多少采样频率可以没有混叠误差？ -The center of a bandpass frequency of 15MHz, the bandwidth is 750Hz (carrier on each s
work
- DSP AD采样值存储后MATLAB分析其FFT频谱-DSP AD sampling save da1.dat file，then MATLAB FFT view frequency.
oversampling
- 上传的是基于ARM的过采样技术，里面包含了过采样算法-oversampling
neichaandchouqu
- 用MATLAB实现采样率转换的程序，附有说明文档，包括内插和抽取，以及先内插再抽取的程序-Using MATLAB to achieve sample-rate conversion process, with documentation, including interpolation and decimation, and interpolation and then taken before the procedure
oversamplingADC
- 利用DSP以及其它控制器实现过采样算法的几篇期刊论文-Controller using DSP and other over-sampling algorithm several journal papers
CIC
- 3级CIC抽取,内插滤波，r为抽取因子，n为原始信号的采样点数，x为原始信号序列 y为抽取滤波后的输出序列-3 CIC decimation, interpolation filter, r for the extraction factor, n the sampling points for the original signal, x is the original signal sequence y to extract the filtered output sequence
nsct_toolbox
- 对图像进行非下采样小波变换，得到一个低频子带和若干个高频子带。-Under the image of non-sampling wavelet transform, to get a low-frequency sub-band and a number of high-frequency sub-band.
Quartus
- Quartus程序是滤波器+功率检测+相关计算+TDD时隙切换，从滤波输出的过采样信号中随机指定输出其中的一路信号输出用来做功率检测和相关计算，相关计算完全采用串行计算比较的方式得到最大值，然后根据这个最大值的位置推算出上、下行时隙的切换点位置。-Filter+ Quartus program is related to computing power detection++ TDD time slot switch, from the filtered output signal over a
AD_sample_100Mhz
- 用Verilog编写的FPGA AD采样 用Verilog编写的FPGA AD采样-AD_sample_100Mhz
PF_Simple
- 粒子滤波采样程序，采用SIR方法，重采样生成等权值粒子-Particle filter sampling procedures, the use of SIR methods, resampling particle generation, and weight
Sampling_theorem
- 主要有采样定理的主程序和FFT算法程序，能运行！-Mainly on the sampling theorem and the FFT algorithm program the main program can run!
ADC0_TEMP_PRO
- 基于C8051F040的C语言编写的利用过采样实现16位精度内部温度传感器的调试程序-C8051F040 C-language based on the use of over-sampling 16-bit accuracy internal temperature sensor debugger