Track 1: Sustainable Computing, Communication and Security

• Computing Algorithms for Reduced Power, Energy and Heat

• Power-aware Design of Software, Middleware and Systems

• Power-aware Networking

• Sustainable Real-time systems

• Power-efficient Computing Architectures

• Efficient Circuit Design for Energy Harvesting

• Power Management in Storage and other peripheral Devices

• Reconfigurable Informatics with Renewable Energy

• Low Power Electronics

• Energy Efficient Network Hardware

• Energy-Efficient Communication Protocols

• Low power Communication Technologies

• Embedded Systems, ASICs and FPGSs

• Power Leakage and Dissipation

• Code Profiling and Transformation for Power Management

• Power-aware Scheduling and Resource Allocation

• Energy-efficient Wireless/Mobile/Sensor Systems and Networks

• Security and Privacy

• Wearable Computing

• Ecological Monitoring, Analytics and Visualization

• Green Communications Architectures and Frameworks

• Green Data Centres and Enterprise Computing

• QoS and Green Computing

• Integration of Smart Appliances

• Green Software Engineering Methodologies and Tools

• Virtualization Impact for Green Computing

• Case Studies on Green Computing and Communications

• Green Computing Models, Methodologies and Paradigms

Track 2: Sustainable Systems and Technologies

• Sustainable Architectures for Smart Grids

• Smart Grid Security, Reliability and Load Balancing

• Energy Management Systems (EMS)

• Economic Models of Energy Efficiency

• Energy Monitoring, Profiling and Measurement

• Renewable Energy Systems and Harvesting Energy (e.g. Solar, Wind)

• Greener Systems Planning and Design

• Virtualization for Reducing Power Consumption

• Evolutionary Algorithms in Energy Applications

• Scheduling and Switching Power Supplies

• Optimization Techniques for Efficient Energy Consumption

• Reliability of Power-aware Computers

• Runtime Systems that Assist in Power Saving

• Models for Collective Optimization of Power and Performance

• Monitoring Tools for Power and Performance of Parallel and Distributed Systems

• Use of Sensors for Environmental Monitoring

• Smart Control for Eco-friendly Buildings

Track 3: Sustainable Methodologies and Applications

• Smart City (Sustainable Design, Models, Frameworks, Policies and Strategies)

• Smart City (Sustainable Integration and Optimization of Comprehensive Resources and Information Flows - energy, emissions, people, goods and services)

• Sustainable Energy Generation, Transmission, Distribution and Delivery

• Smart Buildings and Urban Infrastructures

• Smart Grid for Energy Generation, Transmission, Monitoring and Management

• Open Government, Open Data Policies, Urban-Scale Data Sharing, Information Security and Privacy

• Smart Logistics and Sustainable Supply Chain Management

• Smart People, Smart Living and Smart Citizen Engagement

• Intelligent Transport Systems and Traffic Management

• Smart Energy-efficient Sensor Networks and Internet of Things

• Smart Home, Smart Healthcare and Ageing Population support

• e-Mobility, e-Work and e-Business Applications

• Sustainable Urban Mobility and Smart Vehicle Management

• Smart Resource Support and Demand Management and Optimization

• User-Centred Services and Systems

• Open Big City Data, Cloud Computing, Internet-Enabled Infrastructures and Services for Sustainability

• Innovation Labs, Experimental Test-Beds