Writing an outline of a thesis is an important step. How do software engineering graduates write thesis outlines?

Outline of Software Engineering Thesis 1: Abstract 5-6

Abstract 6

Table of Contents 7-9

Chapter 1 Introduction 9- 15

1. 1 research background and significance 9- 10

1.2 research status at home and abroad 10- 12

1.2. 1 application of data warehouse technology at home and abroad10-1/

1.2.2 Current situation of population data analysis and application at home and abroad 1 1- 12

1.3 The main research content of this paper is 12- 13.

1.3. 1 research objective 12

1.3.2 research content 12- 13

1.4 organizational structure of this paper 13- 15

Chapter II Key Technology Analysis 15-25

2. 1 population data analysis 15- 16

2. 1. 1 characteristics of population data analysis 15- 16

2. 1.2 population data analysis content 16

2.2 data warehouse technology 16-20

Data warehouse concept 16- 18

2.2.2 data warehouse design 18-20

2.3 data ETL technology

2.3. 1 ETL concept 20

2.3.2 ETL design

2.3.3 ETL implementation 2 1-22

2.4 OLAP technology 22-23

OLAP concept 22

2.4.2 OLAP implementation 22-23

2.5 Summary 23-25

Chapter III Design and Implementation of Population Data Analysis System

3. 1 system conceptual design 25-29

3. 1. 1 business requirements 25-26

3. 1.2 Data Description 26-27

3. 1.3 dimensional fact model 27-29

3.2 System Logic Design 29-40

3.2. 1 analysis of gender, age and race of population 29-32

3.2.2 Analysis of the marital status and education level of the population aged 32-35

3.2.3 Theme of population surname analysis 35-37

3.2.4 Object of population name analysis 37-38

3.2.5 Theme of Population Origin Analysis 38-40

3.3 System Realization 40-63

3.3. 1 physical design

3.3.2 ETL preparation and rules 42-46

3.3.3 ETL implementation 46-57

3.3.4 Construction of Multidimensional Data Model 57-63

3.4 Overview 63-65

Chapter IV Practical Application and Verification 65-87

4. 1 application background 65

4.2 Application Demonstration 65-84

4.2. 1 OLAP operation 65-75

4.2.2 Submission of reports

4.3 Effect Analysis 84-85

4.4 Overview 85-87

Chapter V Conclusion and Prospect

5. 1 summary of document work 87-88

5.2 The prospect of the paper 88-9 1

Reference 9 1-93

Acknowledgement 93-95

Resumes, papers and research results published during school 95

Outline of Software Engineering Thesis II: Abstracts 6-7

Abstract 7-8

Introduction to Chapter 11-19

1. 1 subject source 1 1

1.2 research background and significance 1 1- 13

1.3 research status at home and abroad 13- 16

1.3. 1 Effect of soil compaction on crops 13

1.3.2 digital image processing 13- 14

1.3.3 virtual factory 14- 16

1.4 content of this study, technical route 16- 18.

1.4. 1 research content 16- 17

1.4.2 technical route 17- 18

1.5 Summary of this chapter 18- 19

Chapter II Test Scheme Design 19-29

2. 1 calibration of soil tank bulk density 19-25

2. 1. 1 compaction device design 19-20

2. 1.2 Volume density calibration 20-25

2.2 Cultivation and management methods 25-26

2.3 Data Acquisition Scheme 26-28

2.3. 1 in-situ observation data acquisition 26-27

2.3.2 Acquisition of Destructive Sampling Measurement Data 27-28

2.4 Overview of this chapter 28-29

Chapter III Research on the Method of Obtaining Morphological Characteristics of Upland Rice Based on Image Analysis 29-42

3. 1 plant image collection 30-3 1

3.2 Image Enhancement 3 1-32

3.2. 1 image smoothing 3 1-32

3.2.2 Image Sharpening 32

3.3 Image Segmentation 32-37

3.3. 1 threshold segmentation method 33-34

3.3.2 Mathematical Morphology Operation

3.3.3 Connected Domain Detection Algorithm 37

3.4 Study on Plant Feature Extraction 37-4 1

3.4. 1 image recognition 38-39

3.4.2 Area calculation based on pixel statistics 39-40

3.4.3 Blade length and width measurement algorithm based on minimum external rectangle theory 40-4 1

3.5 Overview of this chapter 4 1-42

Chapter IV Analysis of Test Results 42-47

4. 1 Effect of soil compaction on aerial parts of upland rice 42-43

4.2 Effect of soil compactness on underground growth of Upland Rice 43-45

4.3 Correlation analysis between aboveground and underground parts of Ludao 45-46

4.4 Conclusion 46-47

Chapter 5 3D Modeling of Upland Rice Plants 47-53

5. 1 upland rice growth model number 48-5 1

5. 1. 1 upland rice root growth machine model 48-5 1

5. 1.2. Dry rice stem and leaf growth machine model 5 1

5.2 Visual model of upland rice 5 1-52

5.2. 1. Visual model of upland rice root system 1-52

5.2.2 Visual model of stem and leaf of upland rice 52

5.3 Overview of this chapter 52-53

Chapter VI Realization and Program Design of Upland Rice Simulation System 53-67

6. 1 Brief Introduction to Key Technologies of System Development 53-54

6.2 Construction of Development Environment 54-57

6.3 System Reality 57-64

6.3. 1 System Requirements Analysis and Overall Design

6.3.2 Growth Machine Module 58-60

Visualization module 60-6 1

6.3.4 Morphological parameter statistics module 6 1-62

6.3.5 Coordinate transformation module 62-63

6.3.6 System Simulation Interface 63-64

6.4 Simulation Results and Analysis 64-66

6.5 Overview of this chapter 66-67

Chapter VII Conclusion and Prospect 67-69

Acknowledgement 69-70

References 70-74

Appendix A: My research and work during my master's study 74-75

Appendix B: Test Diagram 75-76

Appendix C: Part of Source Code 76-86

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