2018年绿色计算，网络和通信研讨会 2018 Green Computing, Networking, and Communications Symposium

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Green computing has been one of the important topics of research in recent years due to its potential economic and environmental impact. Recent studies have shown that Information and Communication Technology ( ICT) and computing resources account for 2% to 10% of the world’s power consumption, and is quickly growing due to the ever- increasing proliferation of electronic devices. To reduce the carbon-footprint and improve the environmental sustainability, novel paradigms, methods, techniques, and systems are needed to develop green computing and communication technologies, with focus on highenergy efficiency, lowering the dependence on energy sources that lead to greenhouse gas emissions, better re-use of resources and materials, and the use of renewable energy resources.The ICNC Green Computing, Networking, and Communications Symposium aims at bringing together researchers and visionaries from academia, research laboratories, and industries working towards the ultimate goal of green ICT. To this end, this symposium solicits original theoretical, experimental, and design approaches that can cope with this paradigm shift towards green computing. The symposium also solicits the application of computing, communications, and networking technologies towards the development of sustainable energy systems that may include modernization of the electric power grid and the integration of distributed energy resources.

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Topics of interest include, but are not limited to the following: Green computing models, simulations, designs, and paradigms Green ICT operation with renewable energy Green materials and devices Green communication in 5G systems Green wired/wireless transmission technologies and physical layer approaches Green optical communications, switching and networking Green wireless cellular networks Energy-efficient routers and switches Green cloud computing communications protocols Green management of data centers Novel network concepts and architectures to reduce the overall footprint of ICT Cognitive principles to reduce energy and/or resource consumption in wireline/ wireless networks Power-efficient cooling and air-conditioning systems for communications and computing Context-based green management & green awareness Economy and pricing for green communication and services Measurement and profiling of energy consumption Power consumption trends and reduction in communications Security and privacy in green communication networks Societal impacts of green communication solutions Standardization, policy and regulation for green communications and computing Green high-performance computing and applications Cross-layer optimization of green networking infrastructures Energy-aware software-defined network Energy-aware algorithms and protocols Energy harvesting based communications, computing, and control Ambient energy harvesting, models, prediction, storage, and recycling Energy-efficient networking and computing infrastructures Energy-efficient multimedia systems Life-cycle assessment of energy consumption Life-cycle analysis of communication and computing equipment, especially with energyharvesting Climate and ecosystem monitoring Integration of distributed energy resources and EVs utilizing ICT Design, analysis, and realization of smart grid Applications of energy efficient systems such as green Body Area Networks Implementations, test-beds and experimental results for green communications and computing Quality-of-service provisioning in green ICT Ultra-low power IoT sensing, communications and networking