Tomohiko Koyama’s FLARToolkit library / Saarland University / Biochemical Algorithms Library / Intel Visual Computing Institute / Intel Visual Computing Institute of Saarland University / /
IndustryTerm
tablet device / rapid software prototyping / energy evaluations / interaction network / food product models / web application / web browser / 3D Internet / geometric and physico-chemical understanding / school hardware / software packages / molecular machinery / real-time media framework / food / direct imaging techniques / basic web programming skills / Web Application To / web designers / visualization software / biomolecular systems / web technologies / augmented reality web application / web programming skills / food product / existing web technologies / /
OperatingSystem
GNU / /
Organization
Saarland University / Netherlands Bioinformatics Centre / Intel Visual Computing Institute / Local Intelligence Berlin / Center for Bioinformatics / IEEE Computer Society / /
Person
Tomas van Nassau / Eric Stens / Kai Stenkamp / Anna Katharina Dehof / Sabine C. Mueller / Hans-Peter Lenhof / Andreas Hildebrandt / Francis Crick / Stefan Nickels / Tomohiko Koyama / /
Position
teacher / lesson designer / /
Product
ExternalInterface / ProteinScanAR web application / ProteinScanAR / /
Visual Computing / XML / Bioinformatics / molecular modeling / API / smartphone / existing web technologies / operating system / HTML / upcoming web technologies / mobile devices / web technologies / smartphones / http / 3D graphics / DOM / Simulation / Document Object Model / Flash / easily be prepared using the extensive molecular modeling / /
ProteinScanAR - An augmented reality web application for high school education in biomolecular life sciences Stefan Nickels 1,4 , Hienke Sminia 2 , Sabine C. Mueller 1,4 , Bas Kools 3 , Anna Katharina Dehof 3 , Hans-Pete