Outline Demand and supply of financial analysis Basic analytical procedures Analysis methods Comprehensive analysis of financial ratios The limitations of financial analysis

 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

一、计算机对仪器分析发展的促进作用 improve to development of instruments analysis 二、计算机在仪器分析中的应用 application of computer in instruments analysis 三、网络中的仪器分析资源 resource of instruments analysis in internet

Fund Analysis, Cash-Flow Analysis, and Financial Planning Flow of Funds(Sources and Uses) Statement Accounting Statement of Cash-Flows- ash- Flow Forecasting Range of Cash-Flow- Estimates Forecasting Financial Statements

In the chapter we present resistive circuit analysis methods. The first is based on KCL and determines all the node-to-datum voltages in a given circuit and is known as node analysis. The second method, based on KVL, determines all loop current and is known as loop analysis. After discussing superposition, we will introduce Thevenin's and Norton's theorems

8-1 Nodal, mesh and loop analysis Nodal analysis:

68.1Introduction 68.2 Early Analysis Programs Load Flow (Power Flow). Fault Analysis. Transient Stability. Fast Transients. Reliability. Economic Dispatch and Unit Commitment 68.3 The Second Generation of Programs Graphics Protection Other Uses for Load Flow Analysis

Demand and supply of financial analysis Basic analytical procedures Analysis methods Comprehensive analysis of financial ratios The limitations of financial analysis Task Team of FUNDAMENTAL ACCOUNTING, Business School. Sun Yat-sen University

• 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