仿真模型手册

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此手册一共分为6卷
全文目录如下：
1 Introduction
1.1 Introduction
1.2 Simulation Modeling and Analysis
1.3 Other Types of Simulation Models
1.4 Purposes of Simulation
1.5 Advantages to Simulation
1.6 Disadvantages to Simulation
1.7 Other Considerations
1.8 Famous Simulation Quotes
1.9 Basic Simulation Concepts
1.10 Additional Basic Simulation Issues
1.11 Summary
Chapter Problems
2 Problem Formulation
2.1 Introduction
2.2 Formal Problem Statement
2.3 Orientation
2.4 Project Objectives
2.5 Summary
Chapter Problems
3 Project Planning
3.1 Introduction
3.2 Project Management Concepts
3.3 Simulation Project Manager Functions
3.4 Developing the Simulation Project Plan
3.5 Compressing Projects
3.6 Example Gantt Chart
3.7 Advanced Project Management Concepts
3.8 Project Management Software Packages
3.9 Summary
Chapter Problems
Sample LRC
Sample Gantt Chart
4 System Definition
4.1 Introduction
4.2 System Classifications
4.3 High-Level Flow Chart Basics
4.4 Components and Events to Model
4.5 Data to Be Included in the Model
4.6 Output Data
4.7 Summary
Chapter Problems
Input Data Collection and Analysis
5.1 Introduction
5.2 Sources for Input Data
5.3 Collecting Input Data
5.4 Deterministic versus Probabilistic Data
5.5 Discrete vs. Continuous Data
5.6 Common Input Data Distributions
5.7 Less Common Distributions
5.8 Offset Combination Distributions
5.9 Analyzing Input Data
5.10 How Much Data Needs to Be Collected
5.11 What Happens If I Cannot Fit the Input Data?
5.12 Software Implementations for Data Fitting
5.13 Summary
Chapter Questions
6 Model Translation
6.1 Introduction
6.2 Simulation Program Selection
6.3 Model Translation Section Content
6.4 Program Organization
6.5 Summary
Chapter Problems
Model Translation Check List
7 Verification
7.1 Introduction
7.2 Divide-and-Conquer Approach
7.3 Animation
7.4 Advancing the Simulation Clock Event by Event
7.5 Writing to an Output File
7.6 Summary
Chapter Problems
8 Validation
8.1 Introduction
8.2 Assumptions
8.3 Simplifications
8.4 Oversights
8.5 Limitations
8.6 Need for Validation
8.7 Two Types of Validation
8.8 Face Validity
8.9 Statistical Validity
8.10 Validation Data Analysis Process
8.11 When a Model Cannot Be Statistically Validated and What to Do about It
8.12 Summary
Chapter Problems
Experimental Design
9.1 Introduction
9.2 Factors and Levels
9.3 Two Alternative Experimental Designs
9.4 One-Factor Experimental Designs
9.5 Two-Factor Experimental Designs
9.6 Multifactor Experimental Designs
9.7 2k Experimental Designs
9.8 Experimental Alternative Factor Interactions
9.9 Refining the Experimental Alternatives
9.10 Summary
Chapter Problems
10 Analysis
10.1 Introduction
10.2 Terminating System Analysis
10.3 Nonterminating System Analysis
10.4 Summary
11 Project Reports and Presentations
11.1 Introduction
11.2 Written Report Guidelines
11.3 Executive Summary
11.4 Equations
11.5 Importing Screen Captures
11.6 Presentation Guidelines
11.7 Presentation Media
11.8 Electronic Presentation Software Issues
11.9 Actual Presentation
11.10 Summary
Chapter Questions
12 Training Simulators
12.1 Introduction
12.2 Problem Formulation
12.3 Project Planning
12.4 System Definition
12.5 Input Data Collection
12.6 Model Translation
12.7 Verification
12.8 Validation
12.9 Implementation
12.10 Summary
Chapter Problems
13 Examples
13.1 Combined Continuous and Discrete Simulation Models
in the High-Speed Food Industry
Abu M. Huda and Christopher A. Chung
13.2 Operation of Airport Security Checkpoints under Increased Threat Conditions
13.3 Modeling and Analysis of Commercial Aircraft Passenger Loading Sequencing
Somasundaram Gopalakrishnan (Christopher A. Chung, Advisor)
13.4 Multitheater Movie Complex
13.5 Will-Call Operations Simulation Modeling and Analysis
Erick C. Jones
14 ARENA User’s Minimanual
14.1 Introduction
14.2 ARENA User Interface
14.3 Frequently Used Model Blocks
14.4 Frequently Used Experiment Elements
14.5 General Approach for Developing a Simple Nonanimated Model
14.6 Building the Model
14.7 Filling in the Experimental Data
14.8 Filling in the Model Data
14.9 Running the Model
14.10 Basic Animation of the Model
14.11 Additional Queue Techniques
14.12 Modeling Transporters
14.13 Modeling Conveyors
14.14 Outputting Data to a File for Validation or Comparison Purposes
14.15 Input Analyzer
14.16 Output Analyzer
15 Simulation Using AutoMod and AutoStat
Matt Rohrer
15.1 Introduction
15.2 Introduction to the AutoMod Tutorial
15.3 Using the Mouse
15.4 Section 1: Getting Started
15.5 Section 2: Building a Model
15.6 Section 3: Changing Views
15.7 Section 4: Adding Queues and Resources
15.8 Section 5: Completing the Conveyor System
15.9 Section 6: Creating an AGV System
15.10 Defining and Placing Control Points
15.11 Defining Vehicles
15.12 Scheduling Vehicles
15.13 Adding the Inspection, Labeling, Repair, and Rejection Processes
15.14 AutoMod Tutorial Summary
15.15 Basic Statistical Analysis Using AutoStat
15.16 Why Use AutoStat?
15.17 Calculating Confidence Intervals
15.18 Performing Statistical Analysis with AutoStat
15.19 Opening a Model in AutoStat
15.20 Defining a Single Scenario Analysis
15.21 Making Runs
15.22 Defining Responses
15.23 Displaying the Results
15.24 Statistical Analysis Using AutoStat Summary
16 SIMPAK User’s Manual
16.1 Introduction
Charles E. Donaghey and Randal W. Sitton
16.2 Random Variate Routines
16.3 Schedule Initializer Subprogram (INITIAL)
16.4 SIMPAK Scheduler (SCHED)
16.5 Event Remover (REMOVER)
16.6 Example Problem 1
16.7 List Processing Initializer (LISTINIT)
16.8 List Creator (GRAB)
16.9 List Inserter (LISTPUT)
16.10 List Retriever (LISTR V)
16.11 List Extender (LISTEXTN)
16.12 List Remover (LISTFREE)
16.13 Example Problem 2
16.14 Discussion
16.15 SIMPAK Reference Sheet
Appendix 1 Statistical Tables
Appendix 2 Course Outline
Lecture 1: Introduction
Lecture 2: Basic Simulation Process
Lecture 3: Introduction to Models
Lecture 4: Problem Formulation
Lecture 5: Project Planning I
Lecture 6: Project Planning II
Lecture 7: System Definition
Lecture 8: Input Data Collection and Analysis
Lecture 9: Model Translation
Lecture 10: Verification
Lecture 11: Validation
Lecture 12: Experimental Design
Lecture 13: Analysis I
Lecture 14: Analysis II
Lecture 15: Analysis III
Lecture 16: Analysis IV
Lecture 17: Analysis V
Lecture 18: Reports and Presentations

wjdai

明天继续！

wjdai

第4卷

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第5卷

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第6卷

wjdai

完毕！

david1972

好资料，一定要顶！

waforget

Thank you very much!!

lis20052004

英文的？

lcl6000

好书哦..........