Digital Data Organisation and Exchange in Fashion

Mohammed Al-Rawi (alrawim at tcd ddott ie)

By proposing a novel data exchange protocol, DDOIF project aims at linking the fashion industry and AI companies. In fact, DDOIF provides a common language that all industries involved in fashion can use. The project is part of the Elite-S project and is hosted at the ADAPT Centre, Trinity College Dublin. Entitled “Digital Data Organization and Exchange in Fashion (DDOIF)”, the project aims to develop a data exchange protocol that defines the terminology and vocabulary of fashion data. The protocol contains the ontologies of fashion data, descriptions, categories, subcategories, anatomy, characteristics, colors, patterns, etc. Fashion companies that adopt DDOIF will gain a competitive market advantage as the protocol / standard will facilitate the development of powerful applications. Applications that can make use of DDOIF may include, but not limited to, counterfeit counterfeit and brand forensics, archival and retrieval, fashion classification, the next-generation recommender systems, personalized fashion, personalized online shopping, etc. DDOIF can help delivering a more effective and superior customer shopping experience.


More info:

Preprint: Towards an Interoperable Data Protocol Aimed at Linking the Fashion Industry with AI Companies (https://arxiv.org/abs/2009.03005)


The ontologies of fashion data: DDOIF - Digital Data Organization and Exchange in Fashion (https://github.com/morawi/ddoif)


DDOIF is pronounced this way: /diːdɔɪf/

DDOIF specifications and characteristics

  • Vocabulary and terminology

  • Computer Vision algorithms, tagging, predictions

  • NLP and statistical analysis

  • Color codes, histograms and clusters

  • Color degradation modelling

  • Fashion articles' names

  • Articles categories

  • Articles sub-categories

  • Article's anatomy

  • Material and fabric, and material versus fabric

  • Design patterns

  • Still images parameters and modality

  • Video parameters

  • Storage and architecture; the DDOIF architecture

  • Use-case scenarios

  • Personal preferences and characteristics

  • Environment and sustainability

  • Privacy and GDPR

  • Software Engineering

  • Knowledge representation

  • Knowledge reasoning


This project is part of Elite-S programme that aims to prepare the future leadership in ICT and standardization in Europe.

LinkedIn

ADAPT Centre

https://www.scss.tcd.ie/~alrawim

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