 1、What is discriminant analysis?  2、Two populations discriminant analysis  3、More than two populations discriminant analysis

 Recognize situations in which to use analysis of variance  Understand different analysis of variance designs  Perform a single-factor hypothesis test and interpret results  Conduct and interpret post-hoc multiple comparisons procedures  Analyze two-factor analysis of variance tests

• Review of Some Fundamentals • Model Building Process • Specifying Analysis Data • Finding an Initial Operating Point - Steady State Analysis • Running a Transient Response - Numerical Integration • Using the Linear Model Analysis - Eigenvalues and Eigenvectors • Review of Fortran Components • Building Library Components • Modeling Digital Controllers - Delay and Sample states • Modeling Discontinuities with Switch States • Miscellaneous Advanced Topics

 5.1 Introduction of clustering analysis  5.2 Similarity calculation  5.3 Overview of basic clustering techniques  5.4 Partitioning method  5.5 Hierarchical method  5.6 Clustering based on density and grid  5.7 Clustering based on models  5.8 Outlier analysis

Chapter F15 Power notes Financial Statement Analysis Learning Objectives Basic Analytical Procedures 2. Solvency Analysis 3. Profitability Analysis 4. Summary of Analytical Measures 5. Corporate Annual Reports

Ratio analysis Du Pont system Effects of improving ratios Limitations of ratio analysis Qualitative factors

The Multiplier Process as Market Exchange Process A Contribution to the Micro Foundation of Keynesian Macroeconomics Abstract Traditional equilibrium analysis has been incorrectly founded once an \ordering issue\ is concerned. To circumvent this problem, the autonomous demand, which has been missed in traditional microeconomic analysis, has to be introduced into the system as a starting point of a sequence of market exchanges. Following this direction, Keynes's multiplier analysis can also be viewed as a description of the process through which market exchanges are generated. Further

第一节 光分析基础 fundamental of optical analysis 第二节 光谱法仪器与光学器件 instruments for spectro￾metry and optical parts an introduction to optical analysis

1.Neutron Activation Analysis 2.Accelerator Mass Spectrometry 3.Mössbauer Spectroscopy 4.Ion Beam Analysis

 Key Concepts  Define the High-Level Organization of Subsystems  Identify Analysis mechanisms  Identify Key Abstractions  Create Use-Case Realizations