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Advanced-Xilinx-FPGA
- Advanced Xilinx FPGA Design with ISE Objectives Describe Virtex™ -II advanced architectural features and how they can be used to improve performance • Create and integrate cores into your design flow using the CORE Generator™
pBlazIDE36
- There are literally dozens of 8-bit microcontroller architectures and instruction sets.Modern FPGAs can efficiently implement practically any 8-bit microcontroller, and available FPGA soft cores support popular instruction sets such as
DesignandFPGAImplementationof
- In most cases, a bandpass filter characteristic is obtained by using a lowpass-to-bandpass frequency transformation on a known lowpass transfer function. This frequency transformation controls the location of passband edges and transfer zero
GeneratingFPGA-AcceleratedDFTLibraries
- 关于DFT的文章，应用FPGA实现傅立叶变换。-Abstract—We present a domain-specific approach to generate high-performance hardware-software partitioned implementations of the discrete Fourier transform (DFT). The partitioning strategy is a heuristic based on the DFT
Video_filterinf
- Project Report-Real-time User Adjustable Video Filtering create an embedded system that demonstrates real-time video filtering using a Xilinx Virtex II multimedia board
Real-time User Adjustable Video Filtering
- Real-time User Adjustable Video Filtering aim is to create an embedded system that demonstrates real-time video filtering using a Xilinx Virtex II multimedia board
sha1_v01
- sha1_testbench.v -- Testbench with vectors NIST FIPS 180-2 sha1_exec.v -- Top level sha1 module sha1_round.v -- primitive sha1 round dffhr.v -- generic parameterizable D-flip flop library Performance Analysis Performance equa