用verilog写的32位CPU源码，通过汇编语言可以实现加减乘除左移右移等运算。并且通过Lookahead算法提高了运算效率，大大节省了运算时间。通过ASC流程可以模拟出其内部电路结构。代码，过程文件，readme在文件夹中-Written by 32-bit CPU verilog source code, assembly language can be achieved through the addition, subtraction and other operations righ

FPGA的Altera Quartus II 利用汇编语言实现加法器数码管的现实程序源代码-The Altera Quartus II FPGA using assembly language to achieve the reality of digital adder source code

vhdl实现cpu用verilog写的8位CPU源码，通过汇编语言可以实现加减乘左移右移等运算。并通过ASC流程可以模拟出其内部电路结构。代码，截图，readme在文件夹中-With 8-bit CPU to write verilog source code, assembly language can be achieved through the addition, subtraction and other operations right left. ASC process throu