代码001
代码块的演示
proj2
2.1 Binary Numbers 2.2 Binary Addtion 2.3 Negative Numbers 前一半的二进制数字用来表示正数,后一半的二进制数字(16-3=13)留作表示负数 ??? 下面是二进制转化为对应负数,上面是十进制转化为对应负数。 2.4 ALU 2.5 Project 2 Overview 1234567891011121314151617181920212223242526/** * out = (in[0] or in[1] or ... or in[15]) */// 我觉得叫Or1Way16更好,叫Or16Way类似于已有的Or8WayCHIP Or16Way { IN in[16]; OUT out; PARTS: Or(a = in[0], b = in[1], out = o1); Or(a = o1, b = in[2], out = o2); ...
proj1
Proj11.1 Boolean Logic ⭐Some useful equations →Boolean Algebra can be 化简 (Two way : ①equations,②write down the truth table) 1.2 Boolean Function001: 理论上,任何布尔函数都可以用NotAndOr等表示出来(通过真值表选取f=1的情况)(做芯片有用) 002: (or可以通过And和Not表示) 003: 而Nand可以表示出AndNot芯片(根本的根本) 1.3 Logic Gates上一节是抽象的逻辑运算,这一节是实际的芯片/逻辑门 一个接口,可以有不同的实现 1.4 Hardware Description Language一种硬件描述语言(做硬件/芯片用的) 芯片接口 和 芯片实现 ⭐实现:用真值表看1,写出布尔函数化简,画出逻辑图 1.5 Hardware Simulation for 模拟芯片测试 way:在给定的硬件模拟器中 +...
Hello world2
text
Hello world
Welcome to Hexo! This is your very first post. Check documentation for more info. If you get any problems when using Hexo, you can find the answer in troubleshooting or you can ask me on GitHub. Quick StartCreate a new post1$ hexo new "My New Post" More info: Writing Run server1$ hexo server More info: Server Generate static files1$ hexo generate More info: Generating Deploy to remote sites1$ hexo deploy More info: Deployment