Until now, masscustomization of werable products has been offered as a higher addedvalue to the broad public.However there are population groups for which personalization is a real need affecting their health and quality of life because of the self products do not meet their needs. FASHION -ABLE project aims at providing the European innovative and customizationconcemed SMEs with the technological means that will enable the agile and eco efficient production of personalised products in terms of health and performance, addressing the complex individualised needs of such growing market niches out of the scope of massproduced goods. The first step of this project have been the generation of the users' needs and requirements for fashionable and personalized footwear for diabetic feet, clothing for wheelchair users and highperforming textile compression bandages. In addition, the personalization processes of each type of products already existing in the industry were analyzed and some adaptations/improvements have been advised. KeywordsCustomization, clothing for wheelchair users, footwear for diabetic people, textile compression bandages 978-1-4673-2275-1/12/$3l.00 ©l012 IEEE 978-1-4673-2275-1/12/$31.00 ©l012 IEEE 2/10

This paper presents partial results of a larger validation study of different Data-driven 3D Reconstruction (D3DR) technologies developed by IBV to create watertight 3D human models from measurements (1D3D), 2D images (2D3D) or raw scans (3D3D). This study quantifies the reliability (Standard Error of Measurement, SEM; Mean Absolute Deviation, MAD; Intra-class Correlation Coefficient, ICC; and Coefficient of Variation, CV) of body measurements taken on human subjects. Our results are also compared to similar studies found in literature assessing the reliability of digital and traditional anthropometry. Moreover, we assess the compatibility (bias and Mean Absolute Error, MAE) of measurements between D3DR technologies. The results show that 2D3D can provide visually accurate body shapes and, for the measurements assessed, 2D3D is as reliable as high resolution 3D scanners. It is also more accurate than manual measurements taken by untrained users. Due to accessibility, cost and portability (e.g. 2D3D built in a smartphone app) they could be more suitable than other methods at locations where body scanners are not available such as homes, medical or physical therapy offices, and small retail stores and gyms.

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The effect of walking velocity on force platform measures is examined by means of functional regression and nonfunctional regression analyses. The two techniques are compared using a data set of ground reaction forces. Functional data analysis avoids the need to identify significant points, and provides more information along the waveform.

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