• To obtain structure and camera motion from an image sequence • Utilize inter-picture dynamics of a sequence – Such as constant speed, acceleration of the camera etc. Part 0 Basic concept of Kalman filter Part 1 Introduction to Kalman filter (KF) and Extended Kalman filters (EKF) Part II Two-pass Kalman filter for structure and pose estimation Description Major reference [Yu, June 2005] Part B Interacting Multiple Model Method (IMM) structure and pose estimation Major reference [Yu Aug.2005] Part C USE Trifocal tensor (TRI-KSFM) structure and pose estimation Major reference [Yu Feb.2005]

1 What Is Density Functional Theory? 2 DFT Calculations for Simple Solids 3 Nuts and Bolts of DFT Calculations 4 DFT Calculations for Surfaces of Solids 5 DFT Calculations of Vibrational Frequencies 6 Calculating Rates of Chemical Processes Using Transition State Theory 7 Equilibrium Phase Diagrams from Ab Initio Thermodynamics 8 Electronic Structure and Magnetic Properties 9 Ab Initio Molecular Dynamics 10 Accuracy and Methods beyond “Standard” Calculations

 Background  Mathematical Framework  Dynamics and Speed of Convergence  Dynamic Inefficiency  Golden Rules

• Historical introduction to ferromagnetism • Curie point of ferromagnetic Bose gas • Thermodynamics of ferromagnetic Bose gas • Spin dynamics in ferromagnetic condensates • Brief summary

陕西师范大学：Neural Networks and Fuzzy Systems（PPT讲稿）Chapter 3 NEURONAL DYNAMICS II：ACTIVATION MODELS

浙江大学医学院：《神经外科学 Neurosurgery》颅内压增高 increased intracranial pressure（INTRACRANIAL DYNAMICS）

《船舶采购、销售和运营 Ship Purchase, Sales and Operations》课程教学资源（资料）Systemic risk and causality dynamics of the world international shipping market

上海交通大学：《系统思考与科学决策 Systems Thinking and Scientific Decision-making》课程教学资源（讲义）Lecture 2 System Dynamics（1/2）

上海交通大学：《复杂系统动力学计算机辅助分析》课程教学资源_Chapter 6_Char6.4 Inverse Dynamics

为解决小倍线充填管道局部压力过大、管路磨损严重等问题,本文提出用螺旋管增阻调压的结构与实施方案.结合计算流体力学（computational fluid dynamics,CFD）对增阻调压结构与实施方案进行模拟分析,基于模拟计算的结果提出增加螺旋管道增阻调压结构后计算充填倍线的修正公式.研究结果表明,在2 m·s-1的模拟流速下,螺旋管增阻调压结构所产生的阻力可达同等高度直管的10.1~16.8倍,在保证料浆连续输送的前提下可以有效的起到增阻降压的作用.结合数值模拟的充填倍线修正公式能够较为完善地计算增阻降压后的有效充填倍线