 Supplement the Use-Case Description  For each Use-Case Realization ▪ Find Classes from Use-Case Behavior ▪ Distribute Use-Case Behavior to Classes  For each resulting analysis class ▪ Describe Responsibilities ▪ Describe Attributes and Associations ▪ Qualify Analysis Mechanisms  Unify Analysis Classes

一、光分析及其特点 optical analysis and its feature 二、电磁辐射的基本性质 properties of electromagnetic radiation 三、光分析法的分类 classification of optical analysis 四、各种光分析法简介 a brief introduction of optical analysis 五、光分析的进展 development of optical analysis

Introduction The objective of this chapter is to discuss how price is determined in Keynesian analysis. Some textbooks would like to refer the analysis in this chapter as the medium analysis in contrast to short run analysis. This is because in the short run the price is assumed to be fixed, and therefore nothing we can say about the price determination

Prelude to Comprehensive Analysis Steps in Analyzing Financial Statements Explicitly define the analysis objectives Formulate specific questions and criteria consistent with the Macintosh PICT analysis objectives image format is not supported Identify the most effective and efficient tools of analysis

§7-1 应力状态概述 (Concepts of stress-state) §7-2 平面应力状态分析-解析法 (Analysis of plane stress-state) §7-3 平面应力状态分析-图解法 (Analysis of plane stress-state) §7-4 三向应力状态分析 (Analysis of three-dimensional stress-state) §7-6 广义胡克定律 (Generalized Hook’s law) §7-7 复杂应力状态的变形比能 (Strain-energy density in general stress-state ) §7-8 强度理论 ( Failure criteria) §7-5 平面应变状态分析 (Analysis of plane strain-state) §7-9 莫尔强度理论 (Mohr’s failure criterion)

Describe the relationship between analysis of variance, the design of experiments, and the types of applications to which the experiments are applied. Differentiate one-way randomized block, and two-way analysis of variance techniques Arrange data into a format that facilitates their analysis by the appropriate analysis of variance

 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

• Pin Tool ➢ Introduction ➢ Instrumentation granularity ➢ Trace instrumentation ➢ Example ➢ Other important features • Dynamic Taint Analysis ➢ Introduction ➢ Classify of taint analysis ➢ Taint procedure ➢ Taint analysis for security