UIs / Google / Device B / Forrester Research / Microsoft / Context Aware Recommender Systems / /
Country
Finland / / /
EntertainmentAwardEvent
Jussi / /
Facility
J. Polet V. Antila J. Ma¨ntyja¨rvi VTT Technical Research Centre / /
IndustryTerm
interactive devices / heterogeneous devices / always-on services / Web applications / nearby device / Web navigation / target devices / online version / Web application / Web browser / Internet Relay Chat / communication technologies / online collaboration tool / adhoc localisation hardware / migration target device / on-going Web session / Web form / online file transfer service / capable devices / social media applications / household devices / i.e. backend Web servers / usual tools / source devices / Web page/session migration / desktop device / always-on applications / Web application session / tablet devices / target device / proxy server / browsed Web page / energy efficient functionality / multi-device applications / information technology / wireless local area networks / consumer devices / potential target device / Web page migration / ubiquitous computing environments / computing / access applications / device Web browser / device/target device / actual application server / cloud services / /
OperatingSystem
UNIX / Android / /
Organization
rvi VTT Technical Research Centre of Finland / /
Person
Giuseppe Ghiani / /
Position
video player / General / straight-forward / /
Product
Analytics / UI suspension / /
ProgrammingLanguage
HTML / JavaScript / /
Technology
Universal Serial Bus / UNIX / information technology / smartphone / GPS / laptop computer / Android / mobile device / HTML / shared memory / mobile devices / cellular telephone / communication technologies / proxy server / smartphones / radio frequency / DOM / local area networks / Bluetooth / /
J Ambient Intell Human Comput DOI[removed]s12652[removed]ORIGINAL RESEARCH Evaluating context-aware user interface migration in multi-device