Exploitation of 3D-Based Anthropometric Resources @ CADANS seminar, June 2015, Antwerp University

1. Exploitation of 3D-Based Anthropometric Resources Alfredo Ballester CADANS Seminar, 2nd June 2015 Antwerp University, Division of product development, Ambtmanstraat 1, 2000 Antwerp

2. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Anthropometry Research Group at IBV • Scanning technology developers • E-commerce Virtual Fashion • CAD developers • Digital Human Model developers • Body mannequin manufacturers • 3D database owners • 1D database owners Development Partner for IT Industry and Academia • Transports • Footwear • Furniture • Orthopaedics • Electronic Devices • Workplace Ergonomics Product Design Consultancy for Manufacturing Industries • Automotive • Apparel • Appliances • Headgear

3. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Anthropometry Research Group at IBV • Scanning technology developers • E-commerce Virtual Fashion • CAD developers • Digital Human Model developers • Body mannequin manufacturers • 3D database owners • 1D database owners Development Partner for IT Industry and Academia • Transports • Footwear • Furniture • Orthopaedics • Electronic Devices • Workplace Ergonomics Product Design Consultancy for Manufacturing Industries • Automotive • Apparel • Appliances • Headgear

4. Context & Challenges Core developments Base technologies Applications to industry Future of 3D scanning

5. Context & challenges

6. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Context and Challenges Since 1999… • High resolution scanners • Lots of large national surveys • Lots of scans owned by a few

7. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Context and Challenges Since 1999… • High resolution scanners • Lots of large national surveys • Lots of scans owned by a few From 2010… • Low-cost body scanners • Few scans owned by millions

8. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Context and Challenges Since 1999… • High resolution scanners • Lots of large national surveys • Lots of scans owned by a few From 2010… • Low-cost body scanners • Few scans owned by millions

9. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Context and Challenges Since 1999… • High resolution scanners • Lots of large national surveys • Lots of scans owned by a few From 2010… • Low-cost body scanners • Few scans owned by millions However, raw scans are hard to handle and analyze • Huge data volumes • Unstructured • Noisy • Heterogeneus • Incomplete • Redundant

10. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Context and Challenges Since 1999… • High resolution scanners • Lots of large national surveys • Lots of scans owned by a few From 2010… • Low-cost body scanners • Few scans owned by millions However, raw scans are hard to handle and analyze • Huge data volumes • Unstructured • Noisy • Heterogeneus • Incomplete • Redundant

11. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Context and Challenges 3D Full bodies (Vitus XXL) • 10.000 Spanish females • 2.000 Spanish males • 1.000 Spanish children • Special populations: firefighters, military, etc. 3D feet (Infoot) • 400 Spanish females • 400 Spanish males • 620 Spanish children 3D ear channels • 450 asian and caucasian males and females

12. Core developments

13. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Common Rigged Topology Homology concept: Body template 

14. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Common Rigged Topology Common Body References Homology concept: Body template 

15. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Common Rigged Topology Three topology resolutions Common Body References Homology concept: Body template 

16. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015  Common Rigged Topology Point-to-point correspondence Common Body References Multi-resolution Homology concept: Body template

17. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015  Common Rigged Topology Point-to-point correspondence Common Body References Body part focus Multi-resolution Homology concept: Body template

18. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Homodel  HOMODEL CREATION SCAN PRE-PROCESSING Raw Scan Pre-processed Mesh 3D Registration in standing posture

19. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Homodel  HOMODEL CREATION SCAN PRE-PROCESSING Raw Scan Pre-processed Mesh >1 mm 0.5 mm 0.75 mm 0.25 mm 0 mm 3D Registration in standing posture

20. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Size Spain Human Solutions Laser CAESAR Cyberware Laser Size Portugal TC2 - NX Structured light 3D Registration in standing posture

21. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Skeleton Rigging and Kinematics 1. Skeleton transfer from template 2. Recalculation of skin attachments Neutral Pose Harmonization Body kinematics & postures 

22. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 3D Registration in any posture

23. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Digital Measuring Tape • Based on watertight Homologous topology  Direct landmarks • Pre-defined salient point searches • Pre-defined measuring functions • Pre-defined 100 measurements including the most common ISO8559 and ISO7250 • XML Extensible using serachpoints and measuring functions

24. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 PCA-based shape synthesis • Procrustes Alignment • PCA calculation (vertices) • Shape Space Visualisation • Body Part Focus • Statistical Mannequins • PCA-Measurement correlation • Shape Space Modelling through measurements

25. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 • Procrustes Alignment • PCA calculation (vertices) • Shape Space Visualisation • Body Part Focus • Statistical Mannequins • PCA-Measurement correlation • Shape Space Modelling through measurements PCA-based shape synthesis

26. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 • Procrustes Alignment • PCA calculation (vertices) • Shape Space Visualisation • Body Part Focus • Statistical Mannequins • PCA-Measurement correlation • Shape Space Modelling through measurements Size Breadth Arch PCA-based shape synthesis

27. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 • Procrustes Alignment • PCA calculation (vertices) • Shape Space Visualisation • Body Part Focus • Statistical Mannequins • PCA-Measurement correlation • Shape Space Modelling through measurements Size Breadth Arch PCA-based shape synthesis

28. Base technologies

29. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 EUROFIT: Online Shape Analysis

30. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 EUROFIT: Online Shape Analysis • Prototype Portal 3D extension of iSize • Trade of digital 3D anthropometric data

31. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 EUROFIT: Online Shape Analysis • Prototype Portal 3D extension of iSize • Trade of digital 3D anthropometric data http://hypercliq.com

32. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Measurements to Avatars  Homologous 3D data 1D data Shape synthesis through PCA Model relating 3D shape components to measurements Step 0: Input of measurements Step 1: Approx. shape from model Step 2: Iterative measurement & shape search

36. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 • Automatic landmark estimation • Straightforward measurement extraction 3D foot “scanning” App

37. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 • Automatic landmark estimation • Straightforward measurement extraction 3D foot “scanning” App

38. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 DOME: Low cost foot “scanner”

39. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 3D body “scanning” App

40. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Applications to industry

41. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 1. Selecting Target Population 2. Focusing Body Parts 3. Observation of Shape Space 4. Selection of Components • Variability • Effects on shape 5. Modelling of components • Key measurements 6. Size Span creation • Ease values • Ftting Ranges • Coverage 7. Patternmaking 8. Size Allocation Charts 9. Sample manufacturing 10. User testing 11. Production Trouser size span design

42. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 1. Selecting Target Population 2. Focusing Body Parts 3. Observation of Shape Space 4. Selection of Components • Variability • Effects on shape 5. Modelling of components • Key measurements 6. Size Span creation • Ease values • Ftting Ranges • Coverage 7. Patternmaking 8. Size Allocation Charts 9. Sample manufacturing 10. User testing 11. Production Design, manufacture, distribution and maintenance of protective equipment and corporate clothing Trouser size span design

43. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 1. Selecting Target Population 2. Focusing Body Parts 3. Observation of Shape Space 4. Selection of Components • Variability • Effects on shape 5. Modelling of components • Key measurements 6. Size Span creation • Ease values • Ftting Ranges • Coverage 7. Patternmaking 8. Size Allocation Charts 9. Sample manufacturing 10. User testing 11. Production Female Work Trouser for Spanish supermarket chain Target: Spanish Females in working age (18-65) Design, manufacture, distribution and maintenance of protective equipment and corporate clothing Trouser size span design

44. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 1. Selecting Target Population 2. Focusing Body Parts 3. Observation of Shape Space 4. Selection of Components • Variability • Effects on shape 5. Modelling of components • Key measurements 6. Size Span creation • Ease values • Ftting Ranges • Coverage 7. Patternmaking 8. Size Allocation Charts 9. Sample manufacturing 10. User testing 11. Production Made-to-order • Size returns/changes • High number of Special sizes Trouser size span design

45. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 1. Selecting Target Population 2. Focusing Body Parts 3. Observation of Shape Space 4. Selection of Components • Variability • Effects on shape 5. Modelling of components • Key measurements 6. Size Span creation • Ease values • Ftting Ranges • Coverage 7. Patternmaking 8. Size Allocation Charts 9. Sample manufacturing 10. User testing 11. Production Made-to-order • Size returns/changes • High number of Special sizes Trouser size span design

47. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 1. Selecting Target Population 2. Focusing Body Parts 3. Observation of Shape Space 4. Selection of Components • Variability • Effects on shape 5. Modelling of components • Key measurements 6. Size Span creation • Ease values • Ftting Ranges • Coverage 7. Patternmaking 8. Size Allocation Charts 9. Sample manufacturing 10. User testing 11. Production 55% 26% 4% Trouser size span design

52. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Shape acquisition Materials: silicone components for ear print mixture and impression pads to protect eardrum Scanning of Ear print Silicone mixture injection in ear canal Extraction of Ear print Earphone size span design

53. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Alignment of ear impressions Set of landmarks defined to calculate the homologous model AREAS OF INTEREST: 1. Points of the ear canal 2. Main points of the shell 3. Peripheral points of the shell 4. Points at the end of the canal Canal-Post Canal-Inf Canal-meatusSup Canal-meatusInf Inter-tragus Conchal-Sup Tragus Anti-tragus Canal-Anterior Conchal-Inf Conchal-Post Conchaledge-Post Conchal-maxconcavity Conchal-Deepestpoint Anti-hélixSup Conchalsuperioreminence DeepestAnteriorP.Canal DeepestPosteriorP.Canal4 5 2 1 14 9 10 11 3 7 6 13 8 15 12 16 17 18 Earphone size span design

54. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 • A 3D shape analysis has been done to study the shape variability of the concha. • A decomposition of the main shape variability of the concha has been has been obtained using Principal Component Analysis (PCA) with the 3D meshes of the database. First MODE of variation: It explains the size variability of the concha and ear channel. Earphone size span design

55. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Statistical models representing each size Intra-concha volume/size Mean Number of people MSXS L XL Earphone size span design

56. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 14 SL7 11 SL8 10 SL6 IT3 IT4 IT5 CH1 CH2 19 SL5 2 8 CH3 4 CH4 CH7 9 14 7 16 CH5 CH6 A4 A5 DC1 DC2 DC3 SL8 14 SL2 7 15 Leaning plane DC4 SL1 SL4 SL2 SL3 C12_I C11_I Leaning plane Since the shape of the ear is very complex and organic, many dimensions can be defined. Widths Depths AnglesDistances Heights Earphone size span design

57. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 S M L Correlated dimensions Uncorrelated dimensions Size Segmentation Measure Design Dimensions Statistics of Design dimension are calculated for each size. Statistics of Design dimension are calculated for all the population. Earphone size span design

58. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Anthropometric CAD models Headset alignment Alignment with the head to design accesories Micro CT to validate alignment process Subjective perception (Comfort criteria for interferences) Headset design and assessment Interference X Z Earphone size span design

59. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Size mannequins for childrenswear

60. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Size mannequins for childrenswear Existing Physical mannequins • Sizes driven by body height / age • Based on P50 of 20 body measurements • Shapes created by an artisan

61. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Size mannequins for childrenswear Existing Physical mannequins • Sizes driven by body height / age • Based on P50 of 20 body measurements • Shapes created by an artisan New mannequins • Sizes driven by body height / age • Based on P50 of 20 body measurements • Statistical shapes from Spanish 3D database

62. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Size mannequins for childrenswear 12 Years (Boy)3 Years (unisex)

63. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Childrens’ shoe last span design Bio-evolution: Data-driven creation of a shoe last span • 620 feet of children gathered in 3D • Homologous feet created and aligned

64. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Childrens’ shoe last span design 1 42 3 Age in years Shape-based correlation with age & foot length

65. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 In-store personalisation of shoes

66. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 In-store personalisation of shoes Shape Memory Alloy Material at 20ºC Material after plastic deformation at 20ºC Material after heating at 70ºC Material at 20ºC Shape Memory Textile Shape Memory Textile Composite Shape Memory Shoe

67. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 In-store personalisation of shoes In-Store devices Foot scanning system Integrated Software & hardware Shaping system

68. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Made-to-measure clothing

73. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Size allocation of apparel • Aims of the study: 1. viability to predict the garment fitting and size from anthropometric data of the user 2. For different type of garments, to identify the fitting areas relevant for size prediction. 3. Identify the body measurements relevant for fitting prediction in different body parts. • The experimentation: – 50 females from 18 to 35. – A subjective fitting test:  Fitting perception on different body parts  Fitting preference on different body parts  Size selected – 3D body scanning session to obtain the digital anthropometry. – All the users test the right size, one more and one less BLAZER SKIRT TROUSER #1 TROUSER #2 (SLIM FIT) BLAZER SKIRT TROUSER #1 TROUSER #2 (SLIM FIT) Blazer Skirt Tr#1 Tr#2 BLAZER SKIRT TROUSER #1 TROUSER #2 (SLIM FIT)

74. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Size allocation of apparel SIZE SELECTION MODEL Fitting percention on body parts Size selection FITTING MOLDEL OF BODY PARTS FITTING PROBABILITY OF KEY AREAS CONTRIBUTION OF FITTING AREAS STAGE 2 SIZE RECOMENDED STAGE 1 FITTING PREDICTION ON KEY BODY PARTS Body measurements Garment sizes

75. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Size allocation of apparel • Customers have a real difficulty nowadays choosing the most suitable size • The success rate of the multivariate models range form 85-93%. HABITUALSIZE CURRENT WEB PREDICTOR STATISTICAL PREDICTOR 41% 41% 86% BLAZER:RIGHT GUESSES HABITUAL SIZE CURRENT WEB PREDICTOR STATISTICAL PREDICTOR 21% 5% 93% SKIRT: RIGHT GUESSES HABITUALSIZE CURRENT WEB PREDICTOR STATISTICAL PREDICTOR 55% 43% 93% TROUSER#1: RIGHT GUESSES HABITUALSIZE CURRENT WEB PREDICTOR STATISTICAL PREDICTOR 64% 52% 86% TROUSER#2: RIGHT GUESSES HABITUALSIZE CURRENT WEB PREDICTOR STATISTICAL PREDICTOR 41% 41% 86% BLAZER:RIGHT GUESSES HABITUALSIZE CURRENT WEB PREDICTOR STATISTICAL PREDICTOR 21% 5% 93% SKIRT: RIGHT GUESSES HABITUALSIZE CURRENT WEB PREDICTOR STATISTICAL PREDICTOR 55% 43% 93% TROUSER#1: RIGHT GUESSES HABITUALSIZE CURRENT WEB PREDICTOR STATISTICAL PREDICTOR 64% 52% 86% TROUSER#2: RIGHT GUESSES HABITUALSIZE CU P 41% BLAZE HABITUALSIZE CURRENT WEB PREDICTOR STATISTICAL PREDICTOR 21% 5% 93% SKIRT: RIGHT GUESSES HABITUALSIZE CURRENT WEB PREDICTOR STATISTICAL PREDICTOR 55% 43% 93% TROUSER#1: RIGHT GUESSES HABITUALSIZE CU P 64% TROUSER HABITUALSIZE CURRENT WEB PREDICTOR STATISTICAL PREDICTOR 41% 41% 86% BLAZER:RIGHT GUESSES HABITUALSIZE CURRENT WEB PREDICTOR STATISTICAL PREDICTOR 21% 5% 93% SKIRT: RIGHT GUESSES HABITUALSIZE CURRENT WEB PREDICTOR STATISTICAL PREDICTOR 55% 43% 93% TROUSER#1: RIGHT GUESSES HABITUALSIZE CURRENT WEB PREDICTOR STATISTICAL PREDICTOR 64% 52% 86% TROUSER#2: RIGHT GUESSES

78. Other ongoing R&D work Hyper-realistic avatars from 3D scans / measurements Generalizing 3D registration to any posture Generalizing body topology conversions Generalizing stable shape synthesis Extending Skeleton complexity Deepening in shape and movement relation Harmonisation of DDBB for other organisations Plugging our technology to scanner suppliers Health and wellness applications

79. The future of 3D scanning technologies in industry

80. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Scanning technology E-commerce: Virtual Fashion CAD developers Gaming Industry Digital Human Model Body mannequins 3D database owners 1D database owners The very near future

81. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Scanning technology E-commerce: Virtual Fashion Gaming Industry 3D database owners 1D database owners CAD developers Digital Human Model Body mannequins The very near future

84. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 Scanning technology E-commerce: Virtual Fashion CAD developers Gaming Industry Digital Human Model Body mannequins 3D database owners 1D database owners The very near future

85. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 The near future: loads of data available We are at the dawn of the economy of digital anthropometric data

92. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 The near future: loads of data available We are at the dawn of the economy of digital anthropometric data It will change the way we…

93. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 The near future: loads of data available We are at the dawn of the economy of digital anthropometric data It will change the way we… Manufacture

94. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 The near future: loads of data available We are at the dawn of the economy of digital anthropometric data It will change the way we… Manufacture

95. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 The near future: loads of data available We are at the dawn of the economy of digital anthropometric data It will change the way we… Manufacture Purchase

96. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 The near future: loads of data available We are at the dawn of the economy of digital anthropometric data It will change the way we… Manufacture Purchase

97. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 The near future: loads of data available We are at the dawn of the economy of digital anthropometric data It will change the way we… Manufacture Purchase Take care of health

98. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 The near future: loads of data available We are at the dawn of the economy of digital anthropometric data It will change the way we… Manufacture Purchase Take care of health

99. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 The near future: loads of data available We are at the dawn of the economy of digital anthropometric data It will change the way we… Manufacture Purchase Take care of health Play and Interact

100. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 The near future: loads of data available We are at the dawn of the economy of digital anthropometric data It will change the way we… Manufacture Purchase Take care of health Play and Interact

101. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 User ID DDBB of customers’ feet At home In shop The Future of shopping

102. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 The Future of shopping Foot deformation and measurements Best fitting DDBB of shoe lasts DDBB of customers’ feet User registration Shoe selection Shoe model

103. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 The Future of shopping Foot deformation and measurements Best fitting DDBB of shoe lasts DDBB of customers’ feet User registration Shoe selection Shoe model

104. Exploitation of 3D-Based Anthropometric Resources CADANS Seminar 2015 University of Antwerp, 2nd June 2015 The Future of made-to-shape Avatar & Pattern Generator: From body to garment in one click

105. Thanks! Alfredo Ballester Alfredo.ballester@ibv.upv.es http://anthropometry.ibv.org Any Questions? Dr. Eduardo Parrilla Sandra Alemany Jordi Uriel Ana Piérola Paola Piqueras Beatriz Nácher Clara Solves Sergio A. Puigcerver Marisol Rodríguez Dr. Juan M. Ribera Dr. Juan Carlos González

Exploitation of 3D-Based Anthropometric Resources @ CADANS seminar, June 2015, Antwerp University

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