IEEE Online Conference on Green Communications to Highlight Energy-Efficient Communications & Green Technologies from September 26 – 29, 2011
IEEE GreenCom’11 Dedicated to Advancing International Networking, Energy Management and Smart Grid Communications Solutions
New York, NY, August 03, 2011 --(PR.com)-- The IEEE Communications Society (ComSoc), the leading worldwide professional organization dedicated to the advancement of communications technologies, will hold the first annual IEEE Online Conference on Green Communications (GreenCom) totally online from September 26 – 29, 2011. During the four-day, fully-virtual event, leading international experts in energy-efficient communications and green technologies will highlight the latest networking, energy management and smart grid communications in an effort to greatly advance the introduction of the newest global greenhouse gas emission and energy consumption reduction solutions.
Throughout the conference, speakers representing Ericsson, Samsung, INRIA, IMEDA Networks, Create-Net, Telecom ParisTech, Royal Institute of Technology, Dresden University of Technology, Tohoku University, Politecnico di Italy and the Beijing University of Posts and Telecommunications will host consecutive sessions in a state-of-the-art online conferencing environment designed to facilitate live presentations and question answering in real-time.
Webcast internationally and then published at IEEE Xplore, IEEE GreenCom’11 will also address wide reaching global warming topics ranging from Smart Grid architecture modeling, dynamic pricing and demand response scheduling to demand shaping green communications, energy-efficient power control and home energy management. Specific topics will include analyses of:
· Base Station Power Consumption Minimization Using On/Off Power Amplifiers
· Minimum Energy & Maximum Capacity Paths in Multi-hop Wireless Networks
· WiFi Network Energy Consumption Behaviours
· Energy-aware Load Balancing for Parallel Packet Processing Engines
· GRIDA: A Green Distributed Algorithm for Backbone Networks
· Stochastic Charging Management for plug-in Electric Vehicles in Smart Microgrids
· Design, Implementation & Evaluation of Renewable Energy Modules
· The Energy Saving Potential of Cyclic Sleep in Optical Access Systems
In addition, IEEE Greencom’11 was specifically prepared by IEEE ComSoc to discuss global warming and energy efficiency developments and alternatives within a powerful ecological conferencing format. This includes providing international audiences with the ability to participate in near-physical experiences without travel and from the comfort of their own home and/or work environments.
All interested participants are urged to visit http://www.ieee-greencom.org for ongoing updates, registration information and/or to network with colleagues or other attendees via Twitter, Facebook, LinkedIn. Additional conference details can be received by emailing Heather Ann Sweeney of the IEEE Communications Society at h.sweeney@comsoc.org.
IEEE GreenCom’11 is hosted by the IEEE Communications Society, which has over 40,000 members and is the second largest of IEEE’s 38 technical societies. Founded in 1952, IEEE ComSoc is recognized as a major international forum for the exchange of ideas on communications and information networking. The society is also an international sponsor of global publications, conferences, certification and educational programs, local activities, technical committees and standardization projects.
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Throughout the conference, speakers representing Ericsson, Samsung, INRIA, IMEDA Networks, Create-Net, Telecom ParisTech, Royal Institute of Technology, Dresden University of Technology, Tohoku University, Politecnico di Italy and the Beijing University of Posts and Telecommunications will host consecutive sessions in a state-of-the-art online conferencing environment designed to facilitate live presentations and question answering in real-time.
Webcast internationally and then published at IEEE Xplore, IEEE GreenCom’11 will also address wide reaching global warming topics ranging from Smart Grid architecture modeling, dynamic pricing and demand response scheduling to demand shaping green communications, energy-efficient power control and home energy management. Specific topics will include analyses of:
· Base Station Power Consumption Minimization Using On/Off Power Amplifiers
· Minimum Energy & Maximum Capacity Paths in Multi-hop Wireless Networks
· WiFi Network Energy Consumption Behaviours
· Energy-aware Load Balancing for Parallel Packet Processing Engines
· GRIDA: A Green Distributed Algorithm for Backbone Networks
· Stochastic Charging Management for plug-in Electric Vehicles in Smart Microgrids
· Design, Implementation & Evaluation of Renewable Energy Modules
· The Energy Saving Potential of Cyclic Sleep in Optical Access Systems
In addition, IEEE Greencom’11 was specifically prepared by IEEE ComSoc to discuss global warming and energy efficiency developments and alternatives within a powerful ecological conferencing format. This includes providing international audiences with the ability to participate in near-physical experiences without travel and from the comfort of their own home and/or work environments.
All interested participants are urged to visit http://www.ieee-greencom.org for ongoing updates, registration information and/or to network with colleagues or other attendees via Twitter, Facebook, LinkedIn. Additional conference details can be received by emailing Heather Ann Sweeney of the IEEE Communications Society at h.sweeney@comsoc.org.
IEEE GreenCom’11 is hosted by the IEEE Communications Society, which has over 40,000 members and is the second largest of IEEE’s 38 technical societies. Founded in 1952, IEEE ComSoc is recognized as a major international forum for the exchange of ideas on communications and information networking. The society is also an international sponsor of global publications, conferences, certification and educational programs, local activities, technical committees and standardization projects.
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IEEE Communications Society
William Chelak
732 541 2971
William Chelak
732 541 2971
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