资源列表
plj32
- 做数字频率计的，满足一般的需要，并有仿真结果-do digital frequency of dollars to meet the general needs, and simulation results
weishujituanfashengqishejishili
- 伪随机图案发生器设计实例，也是可以拿来用的，扩频和跳频通信有用-pseudo-random pattern generator design examples, and can be used with the frequency hopping spread spectrum communication and useful
shuzilvboqideyingjianshixian
- 数字滤波器的硬件实现，里面实例可以直接在quartus中运行-Digital Filter hardware, which can be directly examples run in quartus
yibuchuanxingtongxinshili
- 异步通信串行口设计实例 做异步串行通信的可以用来参考一下-asynchronous serial communication design examples do asynchronous serial communications can be used to refer to
Medical_Image_processor
- Medical_Image_processor in VHDL。-Medical_Image_processor in VHDL.
Image_Filter_An_Image_halftone
- Image_Filter_An_Image_halftone is performed over data loaded into the on board RAM and presented on a VGA monitor-Image_Filter_An_Image_halftone is perf ormed over data loaded into the on board RAM and p resented on a VGA monitor
Sobel--Image_Filter_An_Image_filtering_VHDL
- Sobel--Image Filter (I). An Image filtering is made over data loaded into the on board RAM and presented on a VGA monitor.zip-Sobel -- Image Filter (I). An Image filteri Vi is made over the data loaded into RAM on board a nd presented on a VGA monito
fpgalcddriver
- 基于FPGA液晶控制器设计与实现，采用VHDL硬件描述语言。-FPGA-based LCD controller design and implementation using VHDL hardware descr iption language.
FPGA-based_oscilloscope
- FPGA-based_oscilloscope,VHDL写的实现 示波器的程序，及完整的工程描述文档-FPGA-based_oscilloscope. VHDL was oscilloscope to achieve the realization of the process, and complete the project descr iption document
imageEnhancement_VHDL
- VHDL 实现的图像增强，利用对比度增强的方法，实用-VHDL of image enhancement, use of contrast enhancement methods, practical
LED_clock_quartus
- 用VHDL语言实现数显时钟，devid200.vhd为分频模块，scan.vhd为LED扫描模块，timecount.vhd为计数模块-VHDL digital clock, devid200.vhd for frequency module, scan.vhd for LED scanning module, timecount.vhd for counting module
sin_gen
- 弦波產生+七段顯示器顯示目前該弦波點之數值-have grounded in paragraph 107 of the display shows the current Numerical grounded point