Cisco Systems Inc. / Mindspeed / Lawrence Berkeley National Laboratory / /
Country
France / China / Germany / Austria / United States / /
Facility
University of Trento / Technical University of Turin / /
IndustryTerm
streaming media / energy-aware traffic engineering / green Internet / parallel sub-networks / Internet energy requirements / times more energy / energy-scalability index / architectural solution / wireless systems / Internet traffic increases / web browsing / electricity costs / traffic routers / fiber infrastructure / electricity reduction / servers offering services / predictable services / interface processors / pipeline forwarding equipment / relative energy consumption increase / transport protocol / precision time protocol / quadruple-any network / energy-scalability / network infrastructure / asynchronous Internet / energy-scalability benefits / energy / optical networking / pipeline forwarding-unaware routers / Internet traffic / photonic technology / energy consumption / sensor networks / overall world electricity consumption / energy requirements / asynchronous router / Internet architecture / real-time heterogeneous internetworking / interconnection networks / low priority web browsing / header processing / pipeline forwarding network / electricity utilization / pipeline forwarding parallel network / Internet design / grid computing / energy efficiency / manufacturing / passive optical network / computing / memory chips / asynchronous routers / optical networks / scheduled broadcasting services / Internet As Is / times larger energy-scalability index / Internet Mario Baldi Yoram Ofek Dept. / parallel network / electricity saving point of view / end systems / High energy-scalability index / Internet energy utilization / memory chip / electricity requirement / low energy / energy bottleneck / sub-systems / energy footprint / cost/energy / pipeline forwarding routers / huge electricity consumption / wireless sensor networks / parallel networks / parallel pipeline forwarding network / energy reduction / project web site / pipeline forwarding technology / large systems / video-based services / electricity / low-power network protocols / ever-growing energy / switch interconnection network / congestion avoidance algorithm / packet processing / basic enabling technologies / huge energy saving benefit pipeline forwarding / end-devices / ad-hoc solutions / focused on reducing energy consumption / /
Organization
University of Trento / Society for Modeling and Simulation International / European Union / Politecnico di Torino / Technical University of Turin / United Nations / /
Time for a “Greener” Internet Mario Baldi