and shout and drink, and let go of their sorrows? .... the user is participating in a meeting, attending a ... owner is
strokes, and for accessing the underlying system. A character recognition engine and a set of string-matching algorithms (i.e.,. Soundex and Bestmatch) interpret ...
digital desk, walk-up displays, and sensor technology that allow the system to ... includes ordinary tools as interfaces instead of choosing to use the windows and ...
activity and a social memory aid, are described in detail. An underlying principal of ... communication include the Georgia Tech picture frame. [14], the âFloral ...
Jan 2, 2017 - Pressure Tracker app allows seniors to record blood pressure, heart rate, and .... use a smartphone for social networking, unlike younger age.
University of California at Irvine ... the observation that, as information technology becomes an ... research program in Human-Computer Interaction and.
F. Berman, A. Hey and G. Fox, eds., Grid Computing: Making The. Global Infrastructure a Reality, pp. 65â100. ... Virginia, Jun. 1994. 15. T. Kindberg and A. Fox: ...
complementing computer science skills and practices. This can ... Applications that augment reality in this way are not, of course, novel, and our interest in them overlaps .... The first list asked visitors what they felt most like from the list: Lo
Feb 23, 2006 - move computing away from the desktop and embed it in the public spaces, ...... Mobile Bristol http://www.mobilebristol.com/flash.html.
Contex Aware Computing for Ubiquitous Computing Applications.pdf. Contex Aware Computing for Ubiquitous Computing Applic
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Sep 26, 2010 - Informed users, who understand the impact of their energy usage and for .... (e.g., a backpack that charges a phone while walking). This model creates ...... ergy savings reaching up to 15%, Abrahamse et al. also add that [...] underly
shareability of the system, which refers to how a system engages a group of collo- cated users in ..... world is mineâ (c) and leaves the screen laughing (d). a b c d.
adopter who used new equipment as a marketing tool. As an example of ... of automation for charting, another dentist had the patient ... This was largely so as not to seem self- focussed ... but also to offer the choice to the hosting practitioner.
different from UI design for classical desktop-oriented applications. Interaction of a ... user and her need to interact with her applications has to be in the center of UI design. ... âGoodâ composition of concerns, on the other hand. ⢠Distri
and Multimodal Interaction: A Case Study of Dental Practice ... existing material environment and set of practices. This ... republish, to post on servers or to redistribute to lists, requires prior ... artefacts, instruments and information displays
using the autoconf build tree provided in the release. Both the SoC and libVLC legacy software builds were complex and hampered by sensitivity to dependency.
of the key inhibitors of accep- tance of wireless technology in. U.S. is the lack of a significant number of multi-device applications. What are the application devel-.
impulse from an online store, manage your stock portfolio, instantly share vacation pictures with family and friends, or locate the nearest Starbucks when the.
Oct 4, 2009 - convergence of advanced electronic - and particularly, wireless technologies ..... Encryption, XML Signature, or XACML [18] may be a solution.
computing has advanced in a much better manner than once imagined. ... This usually requires advanced ...... Twitter sea
Ubiquitous Computing: Omnipresent Technology in Support of. Network Centric Warfare ..... had relied on throughout their careers when the new collaborative ...
while not usurping the role of the military professional. NCW is an ..... and PHP scripts. Servlets allow ... CMI fielded three researchers and one developer to the.
how minor. Marketplaces like Amazon's Mechanical Turk enumerate âHITsâ â human ..... LiveOps On Demand, Virtual Call Center Platform. www.liveops.com.
New textile materials. • Intelligent textiles? • Smart textiles? • Functional textiles? •
Active textiles? • Textiles with dynamic properties?
New textile materials • Intelligent textiles? • Smart textiles? • Functional textiles? • Active textiles? • Textiles with dynamic properties?
Electronic materials • • • • • •
Actuators Sensors Computational devices Communication Power (generation, storage) Connectors
• All of these can be more or less integrated into textile materials
Non-electronic active textiles • Cyclodextrine, microencapsulation
• Antibacterial coatings (e.g. proteins) • Curtains with one-way viewing
Phase-Change Materials (PCM) For extreme temperature conditions Can be microencapsulated and coated onto textiles
Everything can be an I/O device • Potentially, all surfaces can be used as displays and/or sensing devices for computers • Including textiles…
Computer displays everywhere • Most displays have been optimized for hi-res graphics and text
Electroluminescense • EL-wire • EL-sheets • Typically used for backlighting of LCDs • Emits light in itself
Chromic materials, dynamic colors • Thermochromic • Photochromic • Electrochromic • Does not emit light in itself
ProxT
By Anders Öhlund and Björn Sarnold
By Linda Melin
Rubella
Termocromic screenprint
Heatelement applicated behind fabric printed with termocromicpaint
Adding computer-controlled motion to textiles • Integrate microactuators into the textile material • E.g. shape-memory alloys (SMA), mainly used for medical applications • Affect the acoustic properties of a room with dynamic textiles • Micro- and macrolevel physical movement • Static electricity, MEMS...?
Mute • dynamic sound absorbing textiles that clearly change expression and acoustic properties of an environment. • these properties can also be used to represent information and create new awareness of sound or other local activity. • By Margareta Zetterblom & PLAY
Tactile feedback/attention
Together with Arméns markstridsskola and FMV Master work by Johan Andersson and Annika Lundberg
Sensors • Discrete eletronics vs. Integrated into textiles – Add-on vs. Add-in
• Long-term monitoring – Early signs of e.g. Parkinsons – Time for walking stairs etc… – Accelerometers
Pulse & Breating rate from PVDF
Wealthy (EU Project)
Energy generation • Batteries of course • Mechanical energy (footsteps etc) • Thermal energy, Seebeck effect • Light energy, Photovoltaic effect (photo cells)
Heel-Strike Generator Using Electrostrictive Polymers (SRI)
Thermoelectric power generator Temperature differance induces electric current (Seebeck effect) Using e.g. body heat to gerenate electric energy Wristwatch, belt, shirt buttons…
Really integrated electronics • ”Textile transistors” on yarns and fibers (e.g. FiCom, Arianne) • Passive components – E.g. inductors
• Electronic matrix for e.g. displays – Electroluminescent – Thermochromic – Electrochormic – LEDs…
