搜索资源列表
FFT_IP
- Xilinx FPGA 的IP核,实现FFT功能的-Xilinx FPGA IP core, FFT function
81i_radix2_xfft1024_v3_2
- xilinx FFT using ip core project navigator-xilinx ip using FFT core project navigator
quartusfft
- 文章讲述了quartus中ip核使用,主要是关于fft ip核的使用-the use of ip core in qquartus
9_fft
- 利用FPGA的IP核来实现fft的设计-The use of FPGA to realize the IP core design fft ,,,,,
altera_fft
- Alter公司的FFT的IP核源代码,在QuartusII软件中运行-Alter' s FFT of the IP core source code, software running in QuartusII
FPGA_FFT
- 基于IP核的FPGA FFT算法模块的设计与实现 在QUATUSII下实现-IP-based core module FPGA FFT algorithm design and implementation be achieved in QUATUSII
trunk
- 定点算法实现的FFT基-4 IP核源代码,文件使用的TXT格式,方便大家阅读,复制到ISE中即可仿真综合-Fixed-point algorithm of the FFT-based-4 IP core source code, use the TXT file format to enable easy reading, can be copied to the ISE in the integrated simulation
fft_ip_core
- FFT的FPGA硬件实现,利用ALTERA公司的IP核来实现此功能,包含工程文件和相关例程-FFT hardware implementation, FPGA implementation of FFT function, using ALTERA s IP core to achieve this functionality
biyesejitognxinxitong
- 中文摘要 正交频分复用( OFDM , Orthogonal Frequency Division Multiplexing)是当前一种非常热门的通信技术。它即可以被看作是一种 调制技术,也可以被看作是一种复用技术。由于它具有抗多径衰落和频谱 利用率高的特点,因此被广泛应用于高速数字通信领域,比如应用于IEEE 802.11a无线局域网(WLAN)的物理层等等。 我的毕业设计的核心任务是:采用 FPGA 来实现一个基于OFDM 技术 的通信系统中的基带数据处
tongbu
- FFT实现信号的检测与同步,使用FFT做相关运算,大大缩短了了同步的复杂度和时间,这里是主代码,其他模块QUARTUS中自带有IP核,直接调用就是了-FFT signal detection and synchronization, do the relevant calculations using FFT, greatly reducing the complexity and time synchronization, here is the main code IP core comes
yinpinxinhaofenxiyi1233412
- 基于Altera Cyclone II 系列FPGA嵌入高性能的嵌入式IP核(Nios)处理器软核的基于FFT的音频信号分析仪-Based on Altera Cyclone II series FPGA embedded high-performance embedded IP core (Nios) soft core processor FFT-based audio signal analyzer
fft_ly
- 采用MATLAB实现定点的FFT运算,但是仿真硬件结构的IP核调用以及误差产生模式,用于仿真FPGA实现FFT运算的效果和误差来源。-FPGA to realize the company s 68013A paragraph Cypress USB chip used SLAVEFIFO read operation, the fixed-point implementation using MATLAB FFT operation, but the hardware structure of
fft256
- 利用FPGA ip核实现256点的FFT转换,用vhdL语言实现。-Use FPGA ip core to achieve the 256-point FFT conversion with vhdL language.
top_FFT
- 128k点流水FFT算法的IP核设计,顶层文件,一共13级流水-128k-point FFT algorithm running water IP core design, top-level file, a total of 13 water
FFT
- 基于Altera Cyclone II 系列FPGA嵌入高性能的嵌入式IP核(Nios)处理器软核,实现了基于FFT的音频信号分析-Altera Cyclone II FPGA family based embedded high-performance embedded IP core (Nios) soft core processor to achieve a FFT-based audio signal analysis
fft_512
- 采用Xilinx提供的VHDL FFT ip核实现512点FFT,可以实现使能控制、时钟控制等功能-Using Xilinx provides VHDL FFT ip core to achieve implementation of 512 points FFT, with enable control, clock control and other functions
MyFFT
- 该程序可实现基于IP核的FFT算法,TESTBENCH用TEXTIO输入输出数据-The program can achieve FFT algorithm based on IP core, TESTBENCH based on TEXTIO input and output data
fft
- 基于fpga的fft变换,用ip核实现。用vhdl编写-Fpga based fft transform, use ip core implementation. Written in vhdl
cf-fft
- 用ip核实现fft。用vhdl编写。altera的fpga-Ip core implementation using fft. Written in vhdl
pipelined_fft_64-master
- Pipelined FFT/IFFT 64 points (Fast Fourier Transform) IP Core User Manual