Distributed Computing Systems / R. Van Behren / MediaNet / Intel / / /
Event
Natural Disaster / /
Facility
College of Computing / College Park / Carnegie Mellon University / University of Maryland / AFRL-IFGA Information Assurance Institute / University of Pennsylvania / /
IndustryTerm
streaming media / heterogeneous packet networks / multi-media research / appropriate transport protocol / adaptive mobile applications / programmable networks / computational network / mobile multimedia applications / on-line scheduling algorithm / streaming data applications / certain overlay networks / wireless workstations / resource management / multi-path algorithm / adaptive applications / transport protocol / adaptive transport protocol / Internet path selection / stream processing system / real-time constraints / internet architecture / individual user utilities / internet-scale systems / virtual network / wireless links / larger networks / communication networks / search space / streaming media network / multimedia applications / actual network / overlay networks / adaptive overlay network / adaptive streaming data applications / continuous media network / reservation protocol / media objects / real-time applications / Internet RFC / on-line system / k-best paths algorithm / wireless sensor networks / improved network / multi-media processing / reconfiguration protocol / legacy applications / particular algorithm / similar global scheduling services / user utilities / applicationlayer in-network processors / adaptive network services infrastructure / continuous media networks / transport protocols / video source applications / Wireless User Devices / real-time data / physical networks / heterogeneous networks / Internet Technologies / programmable media gateways / overlay network / good performance and efficient network / reconfigurable stream processing system / adaptive overlay networks / /
OperatingSystem
L3 / Linux / /
Organization
University of Maryland / Department of Computer and Information Science / School of Computer Science / Carnegie Mellon University / Active Service / Adithya Nagarajan Department of Computer Science Univ. of Maryland / National Science Foundation / Renesse Department of Computer Science Cornell Univ. / the University of Pennsylvania / AFRL-IFGA Information Assurance Institute / Department of Computer Science / National Aeronautics and Space Administration / College of Computing / /
Person
Ninja / Dan Grossman / G. Morrisett / Greg Morrisett / Michael Hicks / M. Hicks / Jonathan T. Moore / S. McCanne / V / Scott Nettles / Bobby Bhattacharjee / D. Grossman / T. Jim / Y. Wang / J. Cheney / / /
Position
video player / plan manager / centralized plan manager / player / Conductor / QoS broker / single global scheduler / manager at initialization / global scheduler / local scheduler / scheduler / /
Product
EtherExpress Pro 10/100Mbps Ethernet / III Processor / /
ProgrammingLanguage
C / /
ProvinceOrState
Maryland / Pennsylvania / /
PublishedMedium
Lecture Notes in Computer Science / /
Technology
XML / RAM / MPEG / on-line scheduling algorithm / reconfiguration protocol / Linux / API / paths algorithm / Operating System / Quality of Service / transport protocols / encryption / on-line scheduling algorithms / particular algorithm / Resource reservation protocol / applicationlayer in-network processors / home network / facial recognition / appropriate transport protocol / JPEG / Streaming Media / scheduling algorithm / UDP / digital video / Operating Systems / multi-path algorithm / Ethernet / adaptive transport protocol / load balancing / transport protocol / network protocols / /
User-specified Adaptive Scheduling in a Streaming Media Network Michael Hicks, Adithya Nagarajan Department of Computer Science Univ. of Maryland, College Park, MD [removed], [removed]