1 建立原始状态转移图和原始状态转 移表； 2 化简原始状态转移表； 3 进行状态编码； 4 选择触发器类型，求电路输出方程及各触发器的驱动方程； 5 画逻辑电路图

一、球菌(Coccus) 球形或近似圆球形,有的呈矛头状或肾 状,单个球菌的直径约在0.8~1.2m左 右。由于繁殖时细菌细胞分裂方向和分裂 后细菌排列方式不同可分为: 1.双球菌:在一个平面上分裂成双排列,如 肺炎双球菌、脑膜炎双球菌

实体建模（曲面）——表示整个对象的体积 特点：信息最完整，复杂的实体形较网格对象容 易构造。灵活方便但占用资源多，建筑建模 能采用Pline 就不用实体。 实体建模分三种方法：构造基本实体形、组合基 本实体成复杂实体、对实体作圆角、倒角和 其他编辑处理

一. 室内给排水工程的内容 室内给排水工程主要介绍室内给水、排水和热水供应工程的设计原理及方法，同时还要 介绍一些施工及管理方面的基本知识和技术。这是一门专业技术课程，是给排水专业的必修 课

12.5.1限幅器 12.5.2电压比较器 12.5.3 迟滞比较器 12.6 信号发生器 12.6.1方波发生器 12.5 集成运放的非线性应用

一、SQLServer的身份验证 二、创建和管理用户登录的方法 三、固定服务器角色和服务器角色 四、管理数据库权限的方法

1 Model problem 1.1 Poisson Equation in 1D Boundary Value Problem(BVP) (x)=∫(x) (0,1),u(0)=(1)=0,f Describes many simple physical phenomena(e.g) Deformation of an elastic bar Deformation of a string under tension Temperature distribution in a bar The Poisson equation in one dimension is in fact an ordinary differ tion. When dealing with ordinary differential equations we Poisson equation will be used here to illastrate numerical techniques for elliptic PDE's in multi-dimensions. Other techniques specialized for ordinary differen tial equations could be used if we were only interested in the one dimension

Course Outline Overview of pdes(1) o Finite differences methods(6) Finite volume methods(3) Finite element methods(7) Boundary integral methods(6)

Despite its apparent simplicity this equation appears in a wide range of dis m heat 7 to financial er we will make extensive use of this equation, and several of the limiting cases contained therein, to illustrate the numerical techniques that will be presented

Background Developed over the last 25 years- Brandt (1973) published first paper with practical results Offers the possibility of solving a problem with work and storage proportional to the number of unknowns Well developed for linear elliptic problems application to other equations is still an active area of research