Sequential Circuit Models Yo Combinational logic Universal combinational circuit model No memory units No feedback from logic outputs back to the inputs

Chapter 13 Objectives After you have read and studied this chapter, you should be able to Write GUI application programs using Frame, Dialog, and Button objects from the java. awt package. Write GUI application programs with menus using Menu, MenuItem, and MenuBar objects from the java.awt package. Write event-driven programs using Java's delegation- based event model. Write GUI application programs that process mouse events

The stock Price Assumption Consider a stock whose price is s In a short period of time of length At the change in then stock price S is assumed to be normal with mean Sdt and standard deviation os√△, that is, S follows geometric Brownian motion ds=u Sdt+oSdz Then dInS=( )dt+oda

A general lagged variable model2:滞后时期数 1)如=0,称为分布滞后模型 (1)又如有限,称为有限分布滞后模型 (2)又如无限,称为无限分布滞后模型 2)如s=0,称为自回归模型

模型预测控制发展背景 特点 基本原理 动态矩阵控制DMC 模型算法控制MAC 在工业中的应用举例

New Words deadeye: In informal English, dead may mean \precise(ly)\ or accurate(ly)\. ---Bill was dead shot with rifle. The model plane landed dead in the middle of the square

Module8: Deadlocks(死锁) 1、System Model(系统模型) 2、Deadlock Characterization(死锁特征) 3、Methods for Handling Deadlocks(处理死锁的方法) 4、Deadlock Prevention(预防死锁) 5、Deadlock Avoidance(死锁避免) 6、Deadlock Detection(死锁检测) 7、Recovery from Deadlock(死锁恢复) 8、Combined Approach to Deadlock Handling(综合处理方法)

Recall the following definitions: in any model M=(Q, (Ti, ai, piie), Ri is the event Player i is rational\;R=nieN Ri. Also, Bi(E) is the event \Player i is certain that E is true\ and B(E)=neN Bi(E). This is as in Lecture

• 内模控制的基本思想 • 内模控制的基本结构 • 内模控制基本原理 • 内模控制的性质 • 内模控制器的设计 • 内模控制与预测控制

浙江大学：预测控制（内模控制 Internal Model Control）