The HomeRF Working Group / Thomson / Philips Research Laboratories / Sharp / PP Working Group / Panasonic / Sony / Hitachi / Toshiba / Grundig / Microsoft / John Wiley & Sons / Embedded Systems / /
Currency
USD / / /
Event
Business Partnership / Bankruptcy / FDA Phase / /
Facility
Eindhoven Technical University / Eindhoven Embedded Systems Institute / University of Twente / University of Twente PO-Box / / /
IndustryTerm
streaming media / ambient intelligent systems / delegation delegation network stack network stack physical network / connection technology / Web browsing / peripheral devices / 3D devices / file server / base network protocol / file systems / software updates / real-time and non-real-time capabilities / lightweight protocols / delegation protocol / stack network stack physical network existing network hardware / non-real-time traffic / E.g. systems / wireless digital communication / Wireless Access Protocol / home networking / audio and video devices / audio and video equipment / trusted environment public domain Internet control / application specific processing / network hardware / Token management / satellite video stream / consumer devices / multimedia equipment / computing / real-time requirements / voice and data / token protocol / timed-token networks / maximum real-time stream utilisation / real-time and non-real-time data / hi-fi equipment / simultaneous real-time recording / storage server / 64kB 300D device / ubiquitous computing / medium complex devices / lightweight network protocols / real-time services / personal computing / real-time network / health care ubiquitous computing / audio and video systems / appliances delegation token management / wireless networks / real-time variant / real-time behaviour / suitable device / real-time wireless monitoring / physical networks / delegation protocols / real-time token protocol / in-home digital network / real-time operating system kernel / 3C devices / network research link physical 3C device / real-time streams / mixed-media storage server / real-time network token protocol / plugged-in network devices / 300D devices / real-time remote assessment / /
OperatingSystem
Linux / /
Organization
University of Twente PO-Box / Faculty of Computer Science / Eindhoven Embedded Systems Institute / University of Twente / Eindhoven Technical University / /
Person
Dieter Gollmann / Hans Scholten / Mark Weiser / Pieter Hartel / Pierre Jansen / / /
Position
minidisc player / scheduler / /
Product
3C device / Real-Time Communications / 3C / /
ProgrammingLanguage
Java / /
PublishedMedium
Journal of the ACM / IEEE Transactions on Software Engineering / /
Technology
delegation protocols / Token Ring Protocol / Linux / base network protocol / lightweight protocols / smart card / mobile phones / operating system / Quality of Service / IEEE 1394 / mobile devices / real-time operating system / Java / delegation protocol / token ring / Resource Description Framework / PDA / Bluetooth / rotating token protocol / home network / real-time token protocol / streaming media / Plug and Play / scheduling algorithm / digital video / operating systems / Cable TV / ethernet / enabling technologies / ISDN / real-time network token protocol / network protocol / satellite TV / underlying protocols / Wireless Access Protocol / X Window System / connection technology / HTTP / Simulation / lightweight network protocols / home networking / network protocols / /
A Real-time Network at Home Ferdy Hanssen, Pieter Hartel, Pierre Jansen, Hans Scholten, Wiek Vervoort Distributed and Embedded Systems group Faculty of Computer Science — University of Twente PO-Box 217, 7500 AE, Ensch