1 Software and Software Engineering 2 Process Models 3 Agility and Process 4 Recommended Process Model 5 Human Aspects of Software Engineering 6 Principles That Guide Practice 7 Understanding Requirements 8 Requirements Modeling—A Recommended Approach 9 Design Concepts 10 Architectural Design—A Recommended Approach 11 Component-Level Design 12 User Experience Design 13 Design for Mobility 14 Pattern-Based Design 15 Quality Concepts 16 Reviews—A Recommended Approach 17 Software Quality Assurance 18 Software Security Engineering 19 Software Testing—Component Level 20 Software Testing—Integration Level 21 Software Testing—Specialized Testing for Mobility 22 Software Configuration Management 23 Software Metrics and Analytics 24 Project Management Concepts 25 Creating a Viable Software Plan 26 Risk Management 27 A Strategy for Software Support 28 Software Process Improvement 29 Emerging Trends in Software Engineering 30 Concluding Comments

1 常用实验仪器仪表的使用.1 2 伏安特性及基尔霍夫定律.7 3 叠加定理和戴维宁定理.12 4 RC 一阶电路的响应测试.17 5 R—L—C 元件阻抗特性测定.21 6 元件参数测量.25 7 线性无源二端网络的研究.28 8 三相交流电路.35

1 常用实验仪器仪表的使用.1 2 伏安特性及基尔霍夫定律.7 3 叠加定理和戴维宁定理.12 4 RC 一阶电路的响应测试.17 5 R—L—C 元件阻抗特性测定.21 6 元件参数测量.25 7 线性无源二端网络的研究.28 8 三相交流电路.35

UNIT I: Protein Structure and Function Chapter 1: Amino Acids Chapter 2: Structure of Proteins Chapter 3: Globular Proteins Chapter 4: Fibrous Proteins Chapter 5: Enzymes UNIT II: Intermediary Metabolism Chapter 6: Bioenergetics and Oxidative Phosphorylation Chapter 7: Introduction to Carbohydrates Chapter 8: Glycolysis Chapter 9: Tricarboxylic Acid Cycle Chapter 10: Gluconeogenesis Chapter 11: Glycogen Metabolism Chapter 12: Metabolism of Monosaccharides and Disaccharides Chapter 13: Pentose Phosphate Pathway and NADPH Chapter 14: Glycosaminoglycans, Proteoglycans, and Glycoproteins UNIT III: Lipid Metabolism Chapter 15: Metabolism of Dietary Lipids Chapter 16: Fatty Acid and Triacylglycerol Metabolism Chapter 17: Complex Lipid Metabolism Chapter 18: Cholesterol and Steroid Metabolism UNIT IV: Nitrogen Metabolism Chapter 19: Amino Acids: Disposal of Nitrogen Chapter 20: Amino Acid Degradation and Synthesis Chapter 21: Conversion of Amino Acids to Specialized Products Chapter 22: Nucle

1．掌握偏振光、旋光性、比旋光度。2．掌握手性、对映性、非对映性，内消旋体、外消旋体等概念。3．掌握Fischer投影的规则以及Fischer投影式和Newman式，透视式的转换。4．掌握含有一个和两个手性碳原子化合物的R/S标记法。5．理解对称因素，识别指定结构的对称因素。6．理解对映异构体理化性质差异及外消旋体的化学拆分原理。7．了解手性合成、环状化合物的立体异构

1 E-R模型 2 数据库设计概述 3 需求分析 4 概念模型设计 5 逻辑模型设计 6 物理模型设计 7 运行与维护

叠加定理 戴维宁定理 一阶RC电路的过渡过程 功率因数提高 电子仪器的综合应用 比例求和运算电路 门电路的功能测试 R-S、D、JK触发器

5.1 概述. 2 5.1.1 什么是分类.2 5.1.2 分类的一般步骤.3 5.2 Rocchio 方法. 4 5.3 k-近邻法. 5 5.4 决策树方法. 6 5.4.1 决策树的概念.6 5.4.2 属性选择度量.6 5.4.3 决策树的常用算法.10 5.5 贝叶斯方法. 11 5.5.1 贝叶斯原理.11 5.5.2 朴素贝叶斯分类.11 5.6 分类结果评估. 13 5.6.1 常用评估度量.13 5.6.2 文本分类的评估.14 5.7 自动分类的案例与软件操作. 15 5.7.1 决策树案例（SPSS Modeler） .15 5.7.2 决策树案例（R 语言）.19

6-1 理想气体状态方程用于实际气体偏差 6-2 范德瓦尔方程和R-K方程 6-3 维里型方程 6-4 对应态原理和通用压缩因子图 6-5 麦克斯韦关系和热系数 6-6 热力学能、焓和熵的一般关系式 6-7 比热容的一般关系式 6-8 通用焓和通用熵图 6-9 克劳修斯-克拉贝隆方程和饱和蒸汽压方程 6-10 单元系相平衡条件

1 Methods for Generating Random Variables 1.1 Generating Uniform(0,1) random number 1.2 Random Generators of Common Probability Distribution in R 1.2.1 The Inverse Transform Method 1.2.2 The Acceptance-Rejection Method 1.2.3 Transformation Methods 1.2.4 Sums and Mixtures 1.3 Multivariate Distribution 1.3.1 Multivariate Normal Distribution 1.3.2 Mixtures of Multivariate Normals 1.3.3 Wishart Distribution 1.3.4 Uniform Distribution on the d−Sphere 1.4 Stochastic Process