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cpu(FinalWithYS)
- verilog实现的八位CPU，包括乘法、除法以及多种寻址方式。代码中包括测试模块，可以直接在试验箱上运行。-verilog to achieve the eight CPU, including multiplication, division, as well as addressing a variety of ways. Code, including test modules, can be run directly in the chamber.
division_cordic
- verilog code for division based on cordic algorithm
TestBench
- 怎样写testbench 本文的实际编程环境：ISE 6.2i.03 ModelSim 5.8 SE Synplify Pro 7.6 编程语言 VHDL 在ISE 中调用ModelSim 进行仿真-、assert (s_cyi((DWIDTH-1)/4) = 0 ) and (s_ovi = 0 ) and (s_qutnt = conv_std_logic_vector(v_quot,DWIDTH)) and (s_rmndr = conv_std_log
division
- Verilog n-bit Division using datapath and controller for COMPUTER ARCHITECT LAB-Verilog n-bit Division using datapath and controller for COMPUTER ARCHITECT LAB
fpu_div
- verilog code floating point division
verilog-Division-calculation
- verilog Division calculation verilog 除法计算方法-verilog Division calculation
verilog
- 這是一個除法器演算法，是利用移位的方式進行除法運算-This is a divider algorithm is the use of division shift the way
Odd-number-frequency-division
- 在FPGA中对系统时钟进行奇数分频程序，可适当改变参数对其进行任意奇数分频 verilog HDL语言-Odd number frequency division program based on FPGA
division-verilog
- 文章详解介绍了用Verilog HDL语言编写任意倍偶数分频和奇数分频的原理以及源程序，都通过仿真，结果完全正确。-The article introduced with sep Verilog HDL language writing any times frequency and the odd points even points of the principle and the frequency source program, through the simulation, the r
verilog-codes
- bit segmentation in wide division code multiple ace-bit segmentation in wide division code multiple acess
Division
- Verilog hdl 除法综合仿真实现，另包含测试文件-Verilog hdl Division
verilog-HDL-Divider
- 两个3位二进制数的除法，结果（整数商）输出到数码管显示-Division, the result (integer quotient of two 3-bit binary number) output to the digital display
division
- dvision algorithm with verilog
DIVISION
- 用verilog HDL语言编写的实现两个数相除的例程，在DE-70开发板上实现。-Verilog HDL language routines divide two numbers in the DE-70 development board to achieve.
division
- verilog code for division algorithm
65.division-algorithm
- verilog program for division algotrithm
32-bit-division-design-In-Verilog
- 32位除法器，基于状态机设计，使用Verilog实现-32-bit division based on state machine. Using Verilog
fenpin
- 可以实现n+0.5倍的分频，本程序是利用50MHz的FPGA开发板实现分别实现10MHz，2.5MHz的分频时钟。(N+0.5 times can be achieved frequency division, this procedure is to use 50MHz FPGA development board to achieve, respectively, 10MHz, 2.5MHz frequency division clock.)
New folder
- clock div testbench design and frquency division
encoder_clk
- 精确实现奇数分频，将FPGA开发板提供的25MHZ时钟分频为1MHZ，内含测试文件(Accurate realization of odd frequency division, the FPGA development board provides 25MHZ clock frequency divided into 1MHZ, containing test files)