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FIFO_Design
- 一种基于格雷码的异步FIFO设计与实现,8*8位的fifo VHDL 源码-Gray-code based on the Asynchronous FIFO Design and Implementation
vhdlfi
- fifo vhdl源码，高可靠性，带有格雷码同步，有需要可依进行参考！-fifo vhdl source, high reliability, with Gray-code synchronization, there is a need-based reference!
fpga.fifo
- 异步FIFO是用来适配不同时钟域之间的相位差和频率飘移的重要模块。本文设计的异步FIFO采用了格雷（GRAY）变换技术和双端口RAM实现了不同时钟域之间的数据无损传输。该结构利用了GRAY变换的特点，使得整个系统可靠性高和抗干扰能力强，系统可以工作在读写时钟频率漂移达到正负300PPM的恶劣环境。并且由于采用了模块化结构，使得系统具有良好的可扩充性。-Asynchronous FIFO is an important module which always used to absorb the
fifo_ptrs_gray
- fifo pointers in verilog gray code utilization for synchronius
fifo
- 格雷码对地址编码的异步FIFO的实现方法-Gray code encoding to address the realization of the asynchronous FIFO method
GrayCounter2
- gray counter for async FIFO design
M2SDRAM_MR
- gray code based FIFO
fifo
- 一个FIFO产生程序，主要是一个格雷码的加法器-A FIFO generation process, is primarily a gray code adder
fifo-code
- Verilog代码：同步\异步FIFO。包含格雷码计数器.-Verilog code: syncronous\asyncourous FIFO. containing gray counter.
FIFO-and-CAM
- verilog code for gray counter,synchronous and asynchronous fifo
FPGA-FIFO
- FPGA-跨时钟域总线信号可靠传输异步FIFO技术安全可靠，格雷码计数，减少亚稳态-FPGA-clock domain crossing bus signals reliable transmission of asynchronous FIFO safe and reliable, Gray code count, reducing the metastable
fifo
- 异步FIFO实现 verilog代码，利用格雷码消除亚稳态-Asynchronous FIFO realize verilog code, Gray code to eliminate the use of metastable
FIFO.v
- 异步先进先出FIFO存储器，采用格雷码判定，消耗资源更小-Asynchronous FIFO FIFO memory, using Gray code determination, consume less resources
FIFO
- 关于异步FIFO的原码程序，采用格雷码改善了二进制码带来的不足- ON划词翻译ON实时翻译 On asynchronous FIFO the original code procedures, the use of gray code improves deficiency caused by binary code
fifo
- 同步fifo和异步fifo程序，含时钟同步。运用格雷码-Synchronous FIFO and asynchronous FIFO FIFO procedures, including clock synchronization. Application of gray code
grey-code--FIFO-IP-core
- 基于格雷码的FIFO的IP核，调试可用于通信接口的队列传输。-Gray code based on FIFO IP core, debugging can be used for communication queue transmission interface.
VHDL-8bitFIFO
- FIFO的宽度：也就是英文资料里常看到的THE WIDTH，它只的是FIFO一次读写操作的数据位，就像MCU有8位和16位，ARM 32位等等，本程序实现8位的FIFO功能,三位格雷码可表示8位的深度。-THE WIDTH of THE FIFO: namely information in English often see THE WIDTH, it is only a FIFO data read and write operations, as has 8 bit or 16 bit M
FIFO_ASY
- 异步FIFO，利用格雷码作异步FIFO指针减少亚稳态产生，利用同步寄存器放置亚稳态的级联传播。(Asynchronous FIFO, using gray code for asynchronous FIFO pointer to reduce metastable, cascade propagation using synchronous register placed metastable.)
分水岭_算法
- 分水岭的计算过程是一个迭代标注过程。分水岭比较经典的计算方法是L. Vincent提出的。在该算法中，分水岭计算分两个步骤，一个是排序过程，一个是淹没过程。首先对每个像素的灰度级进行从低到高排序，然后在从低到高实现淹没过程中，对每一个局部极小值在h阶高度的影响域采用先进先出(FIFO)结构进行判断及标注。(The watershed computation process is an iterative annotation procedure. Watershed comparison, th