Selectively Connected End Systems / Novell / Lawrence Berkeley National Laboratory / Delay/Disruption Tolerant Networks / Consumer Electronics Association / /
Country
United States / /
Currency
USD / /
Event
Person Communication and Meetings / /
Facility
University of South Florida / Lawrence Berkeley National Laboratory / Vern Paxson† / ¶ International Computer Science Institute / /
IndustryTerm
deep space networks / end systems / hardware more energy / campus network / overall network / backup services / regular desktop systems / portable devices / active end systems / architectural solution / disruption-tolerant networking / Internet-style assumptions / wireless networking context / busy end systems / energy use / Internet Through / desktop systems / Web Service / data communications end-to-end / host energy consumption / energy savings / wireless access point / energy / reasons systems / manufacturing computers / communication services / tolerant networking / energy consumption / transport protocols / deep-space network / power management / few additional services / summary regarding energy efficiency / public peer-to-peer network / large potential energy savings / energy efficiency / computing / network management / energy efficiency serves / tolerant networking research / /
OperatingSystem
Microsoft Windows / /
Organization
University of South Florida / National Science Foundation / American Council for an Energy Efficient Economy / American Council for an Energy Efficient Economy Summer Study / Vern Paxson† / ¶ International Computer Science Institute / Environmental Protection Agency / /
Person
Scott Shenker / Ken Christensen / Lawrence Berkeley / Mark Allman / Jason Lee / Bruce Nordman / Mike Bennett / /
Position
driver / user/administrator / general / the driver / Administrator / assistant / /
Region
South Florida / /
Technology
SNMP / LAN / Appletalk / peer-to-peer / MAC address / UDP / transport protocols / mobile devices / cryptography / 20 network protocols / wireless access / Mobile Computing / VOIP / network protocols / /
Enabling an Energy-Efficient Future Internet Through Selectively Connected End Systems∗ † Mark Allman† , Ken Christensen‡ , Bruce Nordman¶ , Vern Paxson†,¶ International Computer Science Institute, ‡ Univer