User Digitization
User digitization aims to create comprehensive digital representations of individuals, capturing diverse aspects like activity, physiology, and behavior, to enable more personalized and effective computing experiences. Current research focuses on developing practical and high-fidelity sensing systems, employing machine learning models such as convolutional neural networks, autoencoders, and transformers, along with Bayesian approaches for improved accuracy and efficiency. This field is significant for advancing applications in healthcare, cultural heritage preservation, and industrial automation, while also raising important ethical considerations regarding privacy and data security.
Papers
Demonstrating Data-to-Knowledge Pipelines for Connecting Production Sites in the World Wide Lab
Leon Gorißen, Jan-Niklas Schneider, Mohamed Behery, Philipp Brauner, Moritz Lennartz, David Kötter, Thomas Kaster, Oliver Petrovic, Christian Hinke, Thomas Gries, Gerhard Lakemeyer, Martina Ziefle, Christian Brecher, Constantin Häfner
PyPotteryLens: An Open-Source Deep Learning Framework for Automated Digitisation of Archaeological Pottery Documentation
Lorenzo Cardarelli
Digital Transformation in the Water Distribution System based on the Digital Twins Concept
MohammadHossein Homaei, Agustín Javier Di Bartolo, Mar Ávila, Óscar Mogollón-Gutiérrez, Andrés Caro
ECGtizer: a fully automated digitizing and signal recovery pipeline for electrocardiograms
Alex Lence, Ahmad Fall, Samuel David Cohen, Federica Granese, Jean-Daniel Zucker, Joe-Elie Salem, Edi Prifti