• Optimal control from Hamilton-Pontryagin Equation • Optimal Control Law for Linear System with Quadratic Performance Index • Design procedure and examples

一、控制测量(control survey) 1、目的与作用 (1)为测图或工程建设的测区建立统一的平面控制网(horizontal control network)和高 程控制网(vertical control network) (2)控制误差的积累 (3)作为进行各种细部测量的基准

• 3.4 Process Control • 3.5 Execution of the Operating System • 3.6 Unix SVR4 Process Management • 3.7 Linux Process management system calls

 Introduction  Mathematical model  Generator model  Load model  Prime mover model  Governor model  Tie-line model  Automatic Generation Control (AGC:自动发电控制)

1 Fundamentals of Control Theory N. Wiener: Control theory in engineering, whether it is Concerned with Man, animal or machine, can only be regarded as a part of the theory of information [(G) Controller

◼ 智能控制的基本概念 ◼ 智能控制系统的特点 ◼ 智能控制系统的结构理论 ◼ 智能控制与传统控制的关系 ◼ 智能控制的研究对象 ◼ 智能控制的类型 ◼ 智能控制的发展概述 Chapter 2 Fuzzy Control Chapter 4 Adaptive Fuzzy Control Chapter 5 Perspectives on Fuzzy Control 第6章 神经网络控制 第7章 专家控制系统 第8章 智能控制在过程控制中的应用

Chapter 7 Objectives After you have read and studied this chapter, you should be able to Implement repetition control in a program using while statements. Implement repetition control in a program using do- while statements. Implement repetition control in a program using for statements

Chapter 5 Control Flow 1 Overview of Statements 2 Selected Construction if switch 3 Loops goto and if

11.1差错控制编码的基本概念 1.差错控制的主要方式 (1)检错重发(ARQ: Automatic Request for Repetition); (2)前向纠错(EC: Forward Error Control); (3)混合纠错(HEC: Hybrid Error Control) 2.差错控制的基本实现方法 在信息上附加一定位数的监督码元,使其与信息位按某种规则相互关联,若数据在传输过程中发生差错,关联关系被破坏,从而可检出和/或纠正错误

ISA-based data acquisition and control board accept up to 8 analog inputs, produce 2 analog outputs, accept up to 67 digital (switch) inputs address, data and select lines. In addition, a spare AND gate and two spare NOR gates are made available, along with a small breadboarding area