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Artificial Intelligence for Fashion Industry in the Big Data Era
von: Sébastien Thomassey, Xianyi Zeng
Springer-Verlag, 2018
ISBN: 9789811300806 , 289 Seiten
Format: PDF, Online Lesen
Kopierschutz: Wasserzeichen
Preis: 213,99 EUR
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Preface
6
Contents
9
Introduction: Artificial Intelligence for Fashion Industry in the Big Data Era
11
References
16
Part I AI for Fashion Sales Forecasting
17
AI-Based Fashion Sales Forecasting Methods in Big Data Era
18
1 Introduction
18
2 AI-Based Fashion Sales Forecasting Methods
20
2.1 ANN and ELM-Based Methods
20
2.2 Fuzzy Logic-Based Methods
21
2.3 Support Vector Machines (SVMs)
21
3 Application of Big Data in Fashion Industry
22
4 AI-Based Fashion Sales Forecasting Methods in Big Data Era
23
4.1 Data Filtering
24
4.2 Feature Extraction
26
4.3 Data Training
27
4.4 Forecast Output
30
5 Conclusion
31
References
32
Enhanced Predictive Models for Purchasing in the Fashion Field by Applying Regression Trees Equipped with Ordinal Logistic Regression
36
1 Introduction
37
2 Related Work
38
3 Ordinal Logistic Regression (OLR)
39
3.1 Evaluation
41
4 Regression Trees
42
5 Algorithm
43
6 Experiments
47
6.1 Datasets
47
6.2 Experimental Setup and Evaluation
48
6.3 Results
49
6.4 Tree Illustration
51
7 Concluding Remarks
52
References
53
A Data Mining-Based Framework for Multi-item Markdown Optimization
55
1 Introduction
55
2 Grouping-Related Items
57
2.1 Associated Group Heuristic
59
2.2 k-Means Clustering
60
2.3 Constrained Clustering
61
3 Multiple Forecasts in Retail
63
4 Deterministic Dynamic Pricing Model
65
5 Empirical Study
67
5.1 Finding-Related Item Groups
68
5.2 Conducting Multivariate Regression Analysis Within Item Groups
70
5.3 Implementing Deterministic Multi-item Markdown Optimization Model
72
6 Concluding Remarks
74
References
76
Social Media Analytics for Decision Support in Fashion Buying Processes
79
1 Introduction
80
2 Theoretical Background
81
2.1 Social Media
82
2.2 Text Mining
84
3 Research Approach: Topic Detection and Tracking in Fashion Blogs
87
4 Results on Experimental Analyses of Fashion Blogs
94
4.1 Topic Detection—Single Colour Occurrences
94
4.2 Topic Detection—Co-occurred Colour Occurrences
96
4.3 Topic Tracking of Fashion Topics
96
5 Buyers Perspective—Discussion
98
6 Conclusion and Outlook
99
References
100
Part II AI for Textile Apparel Manufacturing and Supply Chain
102
Review of Artificial Intelligence Applications in Garment Manufacturing
103
1 Introduction
103
2 Applications of AI to Production Planning, Control, and Scheduling
105
2.1 Production Order Scheduling
105
2.2 Cut-Order Planning
106
2.3 Marker Making
107
2.4 Fabric Spreading and Cutting Schedules
108
2.5 Assembly-Line Balancing
110
2.6 Machine Layout Design
112
3 Garment Quality Control and Inspection
113
3.1 Seam and Fabric Sewing Performance
113
3.2 Sewing Automation Equipment
114
3.3 Assessing Seam Pucker
116
3.4 Detecting and Classifying Garments Defects
117
3.5 Dimensional Change Issue
119
4 Garment Quality Evaluation
119
4.1 Clothing Sensory Comfort
120
4.2 Clothing Thermal Properties
121
4.3 Garment Appearance Quality
122
5 Challenges Facing Adoption of AI Techniques in Clothing Industry
123
6 Conclusion
124
References
125
AI for Apparel Manufacturing in Big Data Era: A Focus on Cutting and Sewing
130
1 Introduction
130
2 Apparel Manufacturing Process
132
2.1 Cutting
133
2.2 Sewing
134
2.3 Finishing and Packing
136
3 Applications of the AI-Related Approaches
136
3.1 Literature Review Analysis
136
3.2 AI-Related Approaches Analysis
140
3.3 Conclusion
147
4 New Perspectives
150
References
153
A Discrete Event Simulation Model with Genetic Algorithm Optimisation for Customised Textile Production Scheduling
157
1 Introduction
157
2 State of the Art
159
2.1 Simulation in Manufacturing and Textile Production
159
2.2 Scheduling and Optimisation by Genetic Algorithm
160
2.3 Hybrid Model Integrating a Discrete Event Simulation Model with an Optimisation Model
162
3 Methodology
163
3.1 Description of the Manufacturing Unit
163
3.2 Production Parameters, Constraints and Simulation Logic
165
4 Experimentation and Results
168
4.1 Results Obtained from Before Optimisation
168
4.2 GA Hybrid Model Optimisation Results
169
4.3 Results Obtained from the Best Sequence by GA Hybrid Model
171
4.4 Discussion
172
5 Conclusion and Scope
173
References
173
An Intelligent Fashion Replenishment System Based on Data Analytics and Expert Judgment
176
1 Introduction
176
2 Literature Review
177
3 Methodology and Implementation
179
3.1 Notation
181
3.2 Extra Features of the Proposal
185
3.3 Internal Marketplace
186
3.4 Optimal Allocation
188
4 Pilot Study and Results
191
4.1 Test Impact Evaluation
192
5 Conclusions
196
References
198
Blockchain-Based Secured Traceability System for Textile and Clothing Supply Chain
199
1 Introduction
199
2 Understanding T&C Supply Chain
200
3 Traceability
201
4 What Is Blockchain and How It Differs from Regular Digital Ledger?
203
5 Traceability in the T&C Supply Chain and Blockchain
204
6 Use Case Example
205
7 Limitations of Blockchain-Based Traceability System
207
8 Conclusions
209
References
209
Part III AI for Garment Design and Comfort
211
Artificial Intelligence Applied to Multisensory Studies of Textile Products
212
1 Novel Sensory Methodologies for Fabric Hand Study
212
2 Prediction of Emotional Preference from Fabric Tactile Properties Based on a Fuzzy-Genetic Model
214
2.1 Sensory Experiments on Suiting Fabrics
215
2.2 Predictive Model Based on a Fuzzy-Genetic Algorithm
217
3 Visuo-haptic Perception of Fabric Tactile Properties Based on a Fuzzy Inclusion Approach
227
3.1 Consistency Between Visual and Haptic Perception of Fabric Tactile Properties
227
3.2 Visual Interpretation of Fabric Tactile Properties
236
4 General Conclusion
242
References
244
Evaluation of Fashion Design Using Artificial Intelligence Tools
246
1 Introduction
246
2 Experimental Work
247
2.1 Experiment I Production Pattern Design and 3D Virtual Try-on
248
2.2 Experiment II Evaluation and Adjustment of the 3D Try-on Perception
250
3 Results and Discussion
255
4 Conclusions
256
Bibliography
256
Garment Wearing Comfort Analysis Using Data Mining Technology
258
1 Introduction
258
2 Method
260
2.1 Action Design for Measuring Clothing Pressures
260
2.2 Measurement of Clothing Pressures
261
3 Results and Discussion
262
3.1 Data Preprocessing and Analysis
262
3.2 Factor Analysis
263
3.3 Wearing Comfort Analysis on Different Human Body Parts
266
3.4 Limitation
269
4 Conclusions and Prospects
270
References
271
Garment Fit Evaluation Using Machine Learning Technology
273
1 Introduction
274
2 General Principle and Formalization
276
2.1 General Principle
276
2.2 Formalization of the Concepts and Data
277
3 Learning Data Acquisition
278
3.1 Preparation Work for Experiments
278
3.2 Experiment I: Acquisition of the Data on Garment Fit
279
3.3 Experiment II: Acquisition of the Data on Digital Clothing Pressures
280
4 Modeling the Relation Between Clothing Pressures and Garment Fit Level
281
5 Model Validation
282
6 Discussion
283
6.1 Influence of the Difference Between Real and Digital Pressures on the Prediction Results
283
6.2 Application Prospect
283
6.3 Limitation and Future Research
284
7 Conclusion
285
References
285
15 Erratum to: Artificial Intelligence for Fashion Industry in the Big Data Era
289
Erratum to:S. Thomassey and X. Zeng (eds.), Artificial Intelligence for Fashion Industry in the Big Data Era, Springer Series in Fashion Business, https://doi.org/10.1007/978-981-13-0080-6
289