Three main objectives describe BioSMART 2016. The first one consists obviously in communicating and promoting advanced researches in Bio-Engineering applications such as Biomedical engineering, Biometrics, Bionics, etc. The second objective consists in promoting multidisciplinary techniques, methodologies and approaches as well as collaborative projects involving more than one Bio-engineering topic. Finally, the third main objective is to highlight the applications aiming to connect Bio-engineering to Smart technologies (e.g. Smart clothes, wearable technologies, connected health, etc), from signal and image methodologies to smart consumer electronics. BioSMART will be the best and the perfect moment and the right place where researchers from different Bio-engineering fields can meet and exchange ideas to build outstanding and innovative future projects.
Track 1: Bio-Signal and Image Processing
GT: Biomedical Signal Processing,
GT: Biomedical Image Processing,
GT: Computer Vision in Bio-engineering,
GT: Biometrics,
SS: Multi-channel sEMG Analysis for assessing muscle systems,
SS: Neuro-engineering
SS: Brain network analysis: methods and applications
Track 2: Bio-engineering systems
GT: Bionics,
GT: Robotics and Bio-Robotics,
GT: Bio-Devices and Bio-Sensors,
SS: Bio-informatics/Bio-ethics and social impacts,,
SS: Space perception, mobility and related ICT technologies
Track 3: Smart Technologies
GT: Smart Bio-engineering applications,
GT: E-health and Telemedicine,
GT: Internet of Things and Ubiquitous Computing,
SS: Brain Computer Interface: methods and applications
SS: Advanced Human-Computer Interaction Methods,
SS: Living Labs, user-driven approach for facilitating quality of life and Innovation
12月04日
2016
12月07日
2016
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