Management Operations Research Author: Ru Shao Feng
Pricing: 29 yuan
Impression: 1-9
ISBN:97878 1 1232 127
Release date: March 0, 20081
Printing date: 2017.01.10 This book covers linear programming (simplex method, duality theory, sensitivity analysis and application of linear programming), transportation problems, integer programming, objective programming, dynamic programming, graph and network analysis, network planning, decision analysis, game theory and queuing theory. The above chapters are written according to the structure of "problem-model-solution-application", aiming at highlighting the principles and methods of quantitative management of this course. The basic concepts, theories and algorithms are systematically introduced. In order to solve the model, not only the introduction of basic algorithms is emphasized, but also the use of computer software packages is strengthened. This paper introduces the application of operational research in economic management, financial engineering, enterprise management and engineering optimization design through examples. Each chapter is accompanied by exercises to help students review the basic knowledge and check the learning effect. This book can be used as a textbook for senior undergraduates, postgraduates and MBA students majoring in economic management and science and engineering in colleges and universities. Directory chapter 1 introduction
1. 1 the birth and development of operational research
1.2 the nature and characteristics of operational research
1.3 main research contents of operational research
1.4 solving problems and making decisions
1.5 quantitative analysis and decision-making
1.6 example of mathematical model: mathematical model of cost, benefit and profit.
1.7 application of operational research
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Chapter II Linear Programming Model and Graphic Method
2. 1 Typical application of linear programming method
2.2 linear programming model and its mathematical model
2.3 Diagram of Simple Maximization Problem
2.4 diagram of simple minimization problem
2.5 Special case of graphic method
2.6 Enlightenment of linear programming model and graphic method.
2.7 using computer software QM to solve LP problem
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Chapter 3 simplex method of linear programming model
3. 1 Structure and characteristics of linear programming mathematical model
3.2 the standard form of linear programming model
3.3 Basis, Basic Scheme and Basic Feasible Scheme
3.4 Mathematical principle of simplex table
3.5 From a basic feasible solution to an adjacent basic feasible solution
3.6 Optimality Test and Solution Identification
3.7 simplex table method
3.8 artificial variable method and two-stage method
3.9 Computer Software Quality Management Solution
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Chapter 4 Dual Model
4. 1 dual mode
4.2 the relationship between the original model and dual model of linear programming model
4.3 Basic attributes of dual model
4.4 The economic significance of dual model-shadow price
4.5 Optimal Solution and Shadow Price of Dual Model
4.6 dual simplex method
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Chapter V Sensitivity Analysis
5. 1 Analysis of the change of value coefficient cj in the objective function
5.2 constant term bi change analysis
5.3 Analysis of adding new variables
5.4 Apply QM software for sensitivity analysis.
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Chapter VI Application of Linear Programming in Enterprise Management
6. 1 human resource allocation
6.2 Production planning issues
6.3 Setting of Cutting and Cutting Problems
6.4 batching problem
6.5 Investment issues
6.6 Efficiency evaluation issues
6.7 Income management issues
Chapter VII Transportation Problems
7. 1 transportation problem and its mathematical model
7.2 Solving Transportation Problems-Form Operation Method
7.3 The transportation problem of unbalanced production and marketing
7.4 Application of Transportation Model
7.5 computer software solutions
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Chapter VIII Integer Linear Programming
8. 1 integer linear programming model
8.2 Graphic Method of Integer Programming
8.3 Solving Integer Linear Programming Model-Cutting Plane Method
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Chapter IX Target Planning
Chapter 10 dynamic programming
Chapter 1 1 Graph and Network Analysis
12 chapter network planning technology
Chapter 13 decision analysis
Chapter 14 Game Theory
15 Chapter Queuing Theory
Chapter 16 storage theory
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