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2012 IEEE Online Conference on Green Communications Addresses Next Wave of Energy-Efficient & Green Technologies

New York, NY, December 13, 2012 --(PR.com)-- The IEEE Communications Society (ComSoc) recently held its second annual IEEE Online Conference on Green Communications (GreenCom) with participants attending the fully-virtual, three-day event from Australia, Canada, China, Italy, France, Korea, Singapore, India, United Kingdom, United States, Qatar and Somalia. This included the presentations of numerous leading international experts in energy-efficient communications and green technologies, who highlighted the latest networking, energy management, smart grid and green communications solutions specifically-designed to reduce energy consumption and global greenhouse gas emissions.

Webcast internationally and then published at IEEE Xplore, IEEE GreenCom’12 officially launched with the keynote of Jean-Yves Le Boudec of the Computer Communications and Applications Laboratory 2 at the École Polytechnique Fédérale de Lausanne (EPFL) in Switzerland and his address on “Stochastic Analysis of Real and Virtual Energy Storage in the Smart Grid.” This included recommendations for “more intelligent future grids” that maintain constant levels of stored energy through the combined use of advanced wind and data forecasting techniques, hydro pumps and the accumulation of large backlogs.

Later, IEEE GreenCom’12 initiated its technical program with the first of seven sessions dedicated to the advance of smart grid sustainability, networking and green device technologies. During this effort, representatives from France, Italy, Canada and Germany engaged in discussions ranging from the energy-efficient design and deploy of wireless-optical broadband access networks and distributed antenna systems to the “Power-Aware Design of Protected IP-over-WDM Networks with Sleep-mode Devices.”

On Thursday, the online symposium resumed with a full day of technical sessions and industrial business presentations. Ken Christensen of the Computer Science and Engineering Department of the University of South Florida led the forum with his keynote titled “Green Networks: Substituting, Scheduling, and Consolidating to Save Energy,” which concentrated on ICT energy savings worldwide. In his remarks, Christensen cited the growing use of ICT and consumer electronics that now constitute 15 percent of all household energy consumption. As a result, he recommended several methods for reducing billions of dollars of energy costs by 2030. This included expanding sleep and idle times through hybrid server architectures during peak hours, eliminating the time spent on problems that have already been resolved and consolidating networking and scheduling resources to minimize cycle and operational costs.

Another highlight was the “Industry Discussion Session” held with operators and manufacturers from leading organizations such as Telecom Italia, PCN Technology and Huawei Technologies. According to the dais, by 2015 more than 15 trillion sensors will link the physical and the digital worlds with the majority of ICT energy usage “shifting toward the home and everything smart.” Subsequently, the session’s panel experts implored the optimization of equipment, networks and services through the holistic adoption of standardized practices that maximize smart standby states, incorporate energy-aware traffic engineering and integrate IP-enabled edge devices into commercial and industrial networks connected to the cloud.

On Friday, Dr. Zhisheng Niu of Tsinghua University and the Tsinghua National Lab for Information Science and Technology opened the conference’s final day by “Characterizing Energy-Delay Tradeoffs in GREEN Communications.” This “Invited Talk” approached the greening of communication networks through the implementation of network architectures and resources characterized by tradeoffs between energy consumption and base station service delays utilizing sleep mode operations. Modeled as an M/G/1 vacation queue with setup and close-down times, the systems highlighted base stations designed with inherent sleep control policies that not only save energy, but ensure quality of service.

Following sessions on cellular and heterogeneous networking and devices, Dietrich Zeller of Alcatel-Lucent Deutschland AG and Bell Labs Germany then delivered his keynote on “Green Wireless Access – where we are, where we need to go.” According to Zeller, the world is in the midst of a “mobile data tsunami” that “increases global IP traffic by 11 terrabytes” and includes the activation of more than 50,000 new smart phones every hour. As a result, the current expansion of energy consumption will soon become unsustainable without the design and use of new green technologies. In his lecture, Zeller outlined the recent initiatives of the EARTH project and GreenTouch, which are actively working with industry to advocate the use of energy-efficient network components designed with sleep modes that reduce power usage by 55 percent and sustainable mobile communications that include separate signaling and data transmissions.

Afterwards, the IEEE GreenCom’12 agenda concluded with the conference’s final technical session dedicated to wireless networks and devices. Covered in the forum was the latest research into the use of energy-efficient mobile communications in assisted living applications, green wireless networking with distributed beamforming and “FlexibleIP (FIP): IPv6 Stack for Experimental Work on Low-Power Wireless Networks.”

As for next year, IEEE GreenCom’13 is currently scheduled for Fall 2013. Please visit http://www.ieee-greencom.org for ongoing conference updates and speaker submission guidelines or contact Heather Ann Sweeney of the IEEE Communications Society at [email protected] about the opportunity to view this year’s conference sessions online. Attendees are also urged to share their IEEE GreenCom’12 experiences with colleagues or other participants via the website’s Twitter, Facebook, LinkedIn pages.

Contact Information:
IEEE Communications Society
William Chelak
732-541-2971
Contact via Email

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