5.1 Introduction 5.2 Directional Control Valves 5.3 Pressure Operated Valves 5.4 Flow Control Valves 5.5 Manifold Valves and Cartridge Valves 5.6 Electro-Hydraulic Servo Valves 5.7 Electro-Hydraulic Proportional Valves 5.8 Electro-Hydraulic Digital Valves

• TCP flow control • Congestion sources and collapse • Congestion control basics

The Hazard Analysis and Critical Control Point System(HACCP)- Guidelines for its Application Principles The HACCP system consists, of the following seven principles: Principle 1 Conduct a hazard analysis. Principle 2 Determine the Critical Control Points(CCPs)

I THE EVIDENCE ON CONVERGENCE A Formal Legal Change B The Structure of Share Ownership C The Growth of European Stock Markets D The Emergence of an International Market for Corporate Control E A Preliminary Evaluation F The Status of the Insider-Dominated Firm II WHEN DOES SEPARATION OF OWNERSHIP AND CONTROL ARISE? A HISTORICAL PERSPECTIVE A The United States Experience 1 The Role of Investment Bankers 2 The New York Stock Exchange as Guardian of the Public Investor B The British Experience C A Civil-Law Contrast: The French Experience D The German Experience: Statist Intervention That Stunted the M arket E A Preliminary Summary III\ DOES LAW MATTER?\ RECONSIDERED A Law and the Decentralized Common-Law World B The Sequence of Legal Change: Reinterpreting LLS&V 1 The United States Experience 2 The Global Experience C The Political Theory of Dispersed Ownership D Implications for Transitional Economies IV C ONCLUSION

Operation of Valve System VVT—Toyota's Continuously Variable Valve Timing VTEC—Honda Variable Valve Timing and Lift Electronic Control MIVEC—Mitsubishi Innovative Valve timing Electronic Control Electronic Valve Control System Smart Valves

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

TEXT A Overview of Emission Control Systems PCV System EGR System Evaporative Control System Air Injection

◼ 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

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

1 Monte Carlo Integration and Variance Reduction 1.1 Monte Carlo Integration 1.1.1 Simple Monte Carlo estimator 1.1.2 Variance and Efficiency 1.2 Variance Reduction 1.3 Antithetic Variables 1.4 Control Variates 1.4.1 Antithetic variate as control variate 1.4.2 Several control variates 1.5 Importance sampling 1.6 Stratified Sampling 1.7 Stratified Importance Sampling