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Workshop on Green Internet of Things |
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Friday: Dec. 7, 2012
8:45-9:00Welcome Message9:00-10:00Keynote speaker University of Western Ontario Department of Electrical and Computer Engineering
Title: Energy-Aware Resource Allocation Strategies for LTE Uplink Systems
Abstract: The need for energy efficient communications is essential in current and next-generation wireless communications systems. A large component of energy expenditure in mobile devices is in the mobile radio interface. Proper scheduling and resource allocation techniques that exploit instantaneous and long-term average knowledge of the channel, queue state and quality of service parameters can be used to improve the energy efficiency of communication. Exploiting queue and channel state information as well as quality of service parameters in order to design energy efficient scheduling techniques will be the focus of the talk. Methods for an LTE uplink system will be discussed. In addition, the effect of power efficiency on quality of service parameters will be presented as well as complexity/efficiency comparisons between optimal/near optimal allocations.
10:00-10:30Coffee break
10:30-12:00Session 1: On Green Management in IoT· Green fleet management architecture: Application to economic itinerary planning. · Utilizing RFID-WSNs for reducing the footprint of the oil sands industries. · Moblist: A signal strength based clustering algorithm for ordered mobile scenarios. · Data management for the internet of things: Green directions. 12:00-1:45Lunch break
1:45-3:30Session 2: Energy-aware Protocols in Green-IoT· Energy-efficient device-to-device communications in LTE public safety networks. · Starting from green: Energy-centric transformation of smart object architectures. · Energy efficient CoMP transmission in LTE-advanced. · Energy aware opportunistic routing in wireless sensor networks. · Algorithms and bounds for energy-based multi-source localization in log-normal fading. 3:30-4:00Coffee break concluding the G-IoT workshop
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Program |