Extension of the Scope of
Large 3D Anthropometric Data Pools
for Product Development
Athens, 19/03/2014
1
Hypercliq
George Kartsounis
PhD in Robotic Vision
with 20 yrs experience
in the coordination of
large EU R&D projects
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)
2
Hypercliq
EXPERIENCE
NETWORK OF EXPERTS
PARTNERSHIPS
3
SoA IT Services
DATA ANALYTICS
KNOWLEDGE SHARING SYSTEMS
CONSULTING 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
4
FOCUS
CAPTURING, ANALYSIS & VISUALISATION
OF DATA FROM INNOVATIVE DEVICES
R&D
3D SCANNERS
EU funded R&D projects:
OHMDs
WEARABLE SENSORS
EUROFIT www.eurofit-project.eu
EASY-IMP www.easy-imp.eu
5
EUROFIT
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”
6
CONSORTIUM
7
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
8
INDUSTRIAL APPLICATION CASES
PERSONAL PROTECTIVE
EQUIPMENT
FASHION
Shirts & Blouses
Protective clothing
NONINVASIVE
ORTHOPAEDICS
Knee Bracing
OPTIMIZE SIZING & FITTING of products
satisfying DIFFERENT REGIONAL MARKETS
9
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
10
HOMOLOGOUS SHAPE REPRESENTATION
RAW SCAN
•
•
PRE-PROCESSED MESH
Homologous mesh structure based on anatomical references
Semi-automatic process
HOMODEL
25.000 homologous model
have already been created
11
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!
12
ONLINE REAL-TIME 3D SHAPE ANALYSIS
•
•
•
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
13
Thank you!
www.hypercliq.com
www.eurofit-project.eu
Florendia Fourli
f.Fourli@hypercliq.com
14