Seattle / Anaheim / Santa Barbara / Kyoto / Cambridge / /
Company
MIT Laboratory / Quanta Computer Inc. / Nokia / MyNet / Microsoft / Unrooted Networks / /
Country
Taiwan / Japan / /
Facility
Computer Science University of Utah / MASSACHUSETTS INSTITUTE OF TECHNOLOGY September / Engineering Massachusetts Institute of Technology / Nokia Research Center / Massachusetts Institute of Technology / /
IndustryTerm
today’s interactive applications / easy and portable group management / delay-sensitive applications / unmodified Internet applications / collaborative products / personal devices / ubiquitous computing era / Internet Architecture / interactive web / Internet Protocol / isolated ad hoc networks / Internet Routing / delay-sensitive media streams / social network / /
OperatingSystem
PDOS / /
Organization
Thesis Organization / National Science Foundation / Department Committee on Graduate Students / Massachusetts Institute of Technology / Department of Electrical Engineering and Computer Science / University of Utah / /
Person
Hari Balakrishnan / Craig Partridge / Karen Ford / Bryan Alexander Ford Submitted / Christian Huitema / Jacob Strauss / Robert Morris / Tom Rodeheffer / Justin Uberti / Bryan Alexander Ford / Dave Andersen / Sean Rhea / Henrik Nordstrom / Jay Lepreau / Pyda Srisuresh / Anna Lachowska / Frans Kaashoek / Chris Lesniewski-Laas / Dan Kegel / Abadi Rodeheffer / /
Position
advisor / undergraduate research advisor / Engineering Thesis Supervisor / Author / Professor / /
ProvinceOrState
Washington / Utah / California / Massachusetts / /
Technology
4.3 Stream Protocol / Peer-to-Peer / 3.2 Transactional Protocols / IP / P2P / 2008 Massachusetts Institute of Technology / UDP / Operating Systems / Mobile Devices / cellular telephone / 4.2 Channel Protocol / Negotiation Protocol / simulation / /
UIA: A Global Connectivity Architecture for Mobile Personal Devices by Bryan Alexander Ford B.Sc. Computer Science