Precision Assessment
Results: Regarding the regression analysis between the manual approach and the digital-derived WHR, the methods were highly correlated (r2=0.85; p<0.01; SEE=0.02). We observed 95% limits of agreement considered acceptable (from -0.03 to 0.06).
Conclusions: the anthropometric estimates provided by the SizeYou application are precise and accurate, and allow to obtain a WHR index comparable to that obtained by manual anthropometry. This digital method offers a rapid alternative to manual measurements for assessing health-related anthropometric parameters.”
Research and Development
I-Deal has been awarded by European Commission of the following research and innovation project in Horizon 2020 programme:
HEALTHCARE
MORPHEOS: morphotype Ecosystem – design remote definition based on big data morphology and use ecosystem for creative industries;
CONTOUR: health care mobile solution for 3D digital body measurements – experiment of bonsai EU project;
CONCERTO: combined analysis of anthropometrics (SizeYou by i-Deal) and body composition (Bodygram by Akern) for remote patient diagnosis - experiment of gatekeeper EU project.
Partnerships with universities, research institutes and business
Research and Development
I-Deal has been awarded by European Commission of the following research and innovation project in Horizon 2020 programme:
AI AND IMAGE ANALYSIS
CAPSULE: cloudification of image analysis for human measure collectIon for personalized safety protection clothing engineering and production open-call of cloudifacturing project.
SOMATCH: support IT solution to collect, define and visualize clothing trends through image analysis from open data
PROFILE: personalized clothing design through fashion lifecycle feeback loop by MIDIH data at rest knowage and Orion Context Broker tool
GARDENIA: image analysis for zero defect manufacturing in autonomous quality for textile and clothing – experiment of quality EU project
Partnerships with universities, research institutes and business
Ergonomic Research
SizeYou is official partner of Team Policumbent of Politecnico of Turin for the collection of anthropometric measure to optimize the ergomonics of the bike for the world speed record of human powered transport.