All tracks/topics are open to both research and industry contributions.<br>Tracks:<br>SENSING DEVICES<br>Wearable devices; Implantable devices; Brain–driven devices (brain signal capturing devices); Wearable sensors, actuators, input/output devices; Smart textile technologies, textile sensing and feedback; Eyewear mounted sensors and actuator systems; Wearable displays; Smart watches; Smart glasses; Smart night–vision devices; Smart audio drivers/amplifiers; Smart accompanying robots; Manufacturing challenges; Societal implications, health risk, environmental, privacy aspects<br>MOBILE COMMUNICATION<br>Wearable sensor networks (wireless, on–body, near–body, Internet…); Augmentative and alternative communication devices; Computer–operating I/O devices for persons with disabilities; Wearable applications designed for and delivered via smartphones; Smartphones as personal wearable communication devices; Smartphones with sensing modalities; Interaction and cooperation via smartphones; Communication with smart–watches, smart–glasses; Smart communication technologies (e.g., Bluetooth)<br>ASSISTIVE<br>Smart/intelligent prosthetics; Organ replacement devices (artificial organs); Accompanying robots; Patient/citizen body–driven technology (self–adaptive devices to body′s conditions); Devices for helping services for persons with sense disabilities (blind, not–mobile, etc.); Designing large–scale grids and clouds of smartphones for assistive coordination; Motion detection and activity recognition; Personalization, customization and lifelong learning in activity recognition<br>SYSTEM DESIGN<br>Wearable systems design; Ambient intelligence driven system requirements; Requirements for augmented context–awareness; Systems designs combining wearable features and ubiquity; Designing eyewear systems; Smartphone services design and service composition; Smartphone technologies and sensing specialized devices; User modeling, user evaluation, usability engineering, user experience design; Cognitive networks for medical communities; Interfaces (explicit, implicit, hands–free, speech–based, haptics, context–aware …); Integration of medical assistive devices with healthcare systems; Human factors, perception, acceptance, ergonomics; Modeling, simulations and empirical experiments; Tools, testbeds and deployment challenges<br>APPLICATIONS<br>Design of smart clothing in medicine, wellness, healthcare, disabilities, elderly; Virtual hospitals; Ambient–assisted living; Activity monitoring devices (walking, working, sleeping, exercising, …); Pain control devices; Lifestyle improvement devices; Alert and hazard situations monitoring devices; Patient/citizen localization; Life–threatening cases assessments; Studies based on large cell phone deployments; Teaching and education; Consumer markets and entertainment; Case studies; Risks with medical devices; Social impact and acceptance<br>
Abbrevation
SPWID
City
Brussels
Country
Belgium
Deadline Paper
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