1 Introduction 2 Load Flow Analysis 3 Economic Operation of Power Systems 4 Optimal Load Flow 5 Unit Commitment 6 Load Frequency Control 7 Control of Interconnected Systems 8 Voltage and Reactive Power Control 9 Introduction to Advanced Topics

1Introduction 2Organization of This Paper 3Introduction to SVD and Waves—Sets of Point Sources and Receivers 4Introductory Example—Three Sources and Three Receivers 5Scalar Wave Examples with Point Sources and Receivers 6Mathematics of Continuous Functions, Operators, and Vector Spaces 7Communications Modes and Common Families of Functions 8Extending to Electromagnetic Waves 9Quantizing the Electromagnetic Field Using the M-Gauge 10Linear Scatterers and Optical Devices 11Mode-Converter Basis Sets as Fundamental Optical Descriptions 12Conclusions

Chapter 1 Introduction to Computers and C++ Programming Chapter 2 C++ Basics Chapter 3 More Flow of Control Chapter 4 Procedural Abstraction and Functions That Return a Value Chapter 5 Functions for All Subtasks Chapter 6 I/O Streams as an Introduction to Objects and Classes Chapter 7 Arrays Chapter 8 Strings and Vectors Chapter 9 Pointers and Dynamic Arrays Chapter 10 Defining Classes Chapter 11 Friends, Overloaded Operators, and Arrays in Classes Chapter 12 Separate Compilation and Namespaces Chapter 13 Pointers and Linked Lists Chapter 14 Recursion Chapter 15 Inheritance Chapter 16 Exception Handling Chapter 17 Templates Chapter 18 Standard Template Library Appendices 1 C++ Keywords 2 Precedence of Operators 3 The ASCII Character Set 4 Some Library Functions 5 Inline Functions 6 Overloading the Array Index Square Brackets 7 The this Pointer 8 Overloading Operators as Member

◼ Introduction to the Immune System ◼ Artificial Immune Systems ◼ A Framework to Design Artificial Immune Systems (AIS) ◼ Representation Schemes ◼ Affinity Measures ◼ Immune Algorithms ◼ Discussion and Main Trends

⚫ Introduction to Linux ⚫ History of UNIX and Linux ⚫ Login, logout and changing the password ⚫ Basic Linux command ⚫ Linux hierarchical file system ⚫ Linux shell environment ⚫ Editors: vi, pico, emacs, joe, nano ⚫ Basic shell scripts ⚫ Compiling, link and run C, C++, Fortran programs ⚫ Foreground and Background jobs ⚫ File transfer from other PCs in different platform ⚫ Linux distributions

I The appraisal process I The appraisal process 1.1 Introduction to the appraisal process 1.1 Introduction to the appraisal process 1.2 Appraisal methods 1.2 Appraisal methods 1.3 Appraising performance: problems and 1.3 Appraising performance: problems and solutions solutions II The appraisal interview II The appraisal interview 2.1 Types of interviews 2.1 Types of interviews 2.2 How to conduct the 2.2 How to conduct the appraisal interview appraisal interview III The role of appraisals in III The role of appraisals in managing performance managing performance 3.1 Do appraisals really help 3.1 Do appraisals really help to improve performance? to improve performance? 3.2 The performance management 3.2 The performance management approach approach 3.3 Performance management 3.3 Performance management abroad 3.4 TQM 3.4 TQM-based appraisals based appraisals IV. Summary IV. Summary

1. Introduction of the whole structure 2. Bearing capacity of the local joint 3. Introduction of the 1 t scale model

 Introduction of Immunology  Brief History of Immunology

Chapter one Introduction: 1.1 Defining Microeconomics 1.2 Economic Theories and Models（经济理论与模型） 1.3 The Mathematics of Optimization（数学最优化） 1.4 Demand-Supply Model Chapter 2 Consumer Behavior and Demand Theory 2.1 Preference and Utility 2.2 Utility Maximization and Choice 2.3 Income and Substitution Effects 2.4 Market Demand and Elasticity

Background Researches Mechanical properties of Ni-base alloy Introduction of EBSD technology Introduction of EBSD technology DDC investigation in Inconel 690