MODULE 4.1 A Basic Model of Performance MODULE 4.2 Extensions of the Basic Performance Model MODULE 4.3 Job Analysis:Fundamental Properties and Practices MODULE 4.4 Job Analysis:Newer Developments MODULE 4.5 Job Evaluation and the Law

• Jackson-Hunt model for Regular eutectics • Morphology control method for regular eutectics • Model for irregular eutectics • Competitive growth of eutectic and dendritic phases • Coupled zone in binary alloy phase diagram

Lecture 1 神经元的整合发放(IF)模型 Lecture 2 The Hodgkin-Huxley Model of Action Potential Lecture 3 Two-dimensional neuron models Lecture 4 The HH model revisited and synaptic dynamics Lecture 5 Brief introduction of synaptic plasticity Lecture 6 Neural noise and neural codes Lecture 7 Functional roles of noise in taming neurodynamics Lecture 8 Network Models in Neuroscience

• Concurrency vs. Parallism • Threading Model • Thread Synchronization • 案例：高并发网站架构解决方案

• Models – HMM: Hidden Markov Model – maximum entropy Markov model – CRFs: Conditional Random Fields • Tasks – Chinese word segmentation – part-of-speech tagging – named entity recognition

• 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

Basic Concepts Data-Structure Diagrams The DBTG CODASYL Model DBTG Data-Retrieval Facility DBTG Update Facility DBTG Set-Processing Facility Mapping of Networks to Files

• Overview of QoS in IP networks • Integrated Service model (IntServ) • Resource Reservation Protocol (RSVP) • Differentiated Services model (DiffServ)

采用热力学计算与实验相结合的方法，研究了两种高强韧Al-Zn-Mg-Cu合金铸态及均匀化态的显微组织和相构成.铸态A合金主要由Mg（Zn，Al，Cu）2相和少量Al2Cu相组成，而铸态B合金仅含Mg（Zn，Al，Cu）2相.热力学计算显示，A和B两种合金的实际凝固过程介于Lever Rule和Scheil Model两种模拟结果之间，由于合金成分不同而导致的铸态A和B合金中各相含量差异与Scheil Model模拟所得到的各相摩尔分数变化规律基本一致.经常规工业均匀化处理（460℃保温24 h），铸态A和B合金中存在的Mg（Zn，Al，Cu）2或Al2Cu相均能充分回溶，并得到单相α（Al）基体，这与热力学计算所得到的AlZn-Mg-Cu四元系统在7.5%Zn条件下460℃等温相图相符合

3.1 Framework and Assumptions 3.2 Ordinary Least Squares (OLS) Estimation 3.3 Goodness of Fit and Model Selection Criteria 3.4 Consistency and Efficiency of OLS 3.5 Sampling Distribution of OLS 3.6 Variance Estimation for OLS 3.7 Hypothesis Testing 3.8 Applications 3.9 Generalized Least Squares (GLS) Estimation 3.10 Conclusion