3d anthropometric data analytics

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Extension of the Scope ofLarge 3D Anthropometric Data Pools

for Product DevelopmentAthens, 19/03/2014

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George Kartsounis

PhD in Robotic Vision with 20 yrs experience in the coordination of large

EU R&D projects

Hypercliq

Florendia Fourli

IT expert in AI with professional and

research background in the

development of web applications.

Mirco Sanguineti

AI specialist. Expert in the analysis and programming of

complex systems (defense, MMORPG)

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EXPERIENCE NETWORK OF EXPERTS PARTNERSHIPS

Hypercliq

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DATA ANALYTICS KNOWLEDGE SHARING SYSTEMS CONSULTING SERVICES

SoA IT Services

Value creation for businesses through the analysis and visualisation of data

Linking individuals with new ways to capture and exchange knowledge in enterprises

Conception, analysis, design and implementation of business and industrial IT applications

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3D SCANNERS OHMDs WEARABLE SENSORS

R&D CAPTURING, ANALYSIS & VISUALISATIONOF DATA FROM INNOVATIVE DEVICES

EU funded R&D projects:EUROFIT www.eurofit-project.euEASY-IMP www.easy-imp.eu

FOCUS

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EUROFIT is an joint initiative co-funded by the European Commission aimed at:

• Fostering the global trade of Digital Anthropometric Data

• Opening the use of 3D anthropometry to product design

• Supporting SMEs to enter international markets

“EUROFIT vision is to unleash the huge potential contained in the increasing number of databases of 3D body scans for the

European consumer goods’ industries”

EUROFIT

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CONSORTIUM

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WHY EUROFIT?

• Huge Digital Anthropometric Data available now – both 1D and 3D

• Few tools for industrial application of 1D data to consumer goods’ industries

3D data exists but 3D exploitation is NOT AVAILABLE to industry

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NONINVASIVE ORTHOPAEDICS

OPTIMIZE SIZING & FITTING of productssatisfying DIFFERENT REGIONAL MARKETS

INDUSTRIAL APPLICATION CASES

PERSONAL PROTECTIVE EQUIPMENT

FASHION

Protective clothingShirts & Blouses

Knee Bracing

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EUROFIT S&T OBJECTIVES

• Harmonisation of 3D scan data that enables cross-data analyses• 3D enhancing of existing 1D databases• Implementation of 3D shape analysis methods• Making 3D data available, usable and affordable to the industry

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PRE-PROCESSED MESH HOMODEL

25.000 homologous model have already been created

HOMOLOGOUS SHAPE REPRESENTATION

RAW SCAN

• Homologous mesh structure based on anatomical references• Semi-automatic process

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SMART ULTRA - COMPRESSION

3D Scans: 500.000 data points – 6MB per scan

PCA Compression:

• 100 eigenshapes – 60.000 points – 400b

• 50 eigenshapes – 30.000 points – 200b

• 20 eigenshapes – 12.000 points – 80b

Target group 1000 scans – From 6Gb to 12MB

Compression rate by a factor of 500 achieved!

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• Scientific (statistical) & practical 3D shape exploration• Both 3D & 1D representations• Correlation analysis of 3D shape features to traditional measurements

https://www.youtube.com/watch?v=Pp2KlqmU70s

ONLINE REAL-TIME 3D SHAPE ANALYSIS

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www.hypercliq.com

www.eurofit-project.eu

Florendia Fourli

f.Fourli@hypercliq.com

Thank you!