SEIT 2014 - The 4th International Conference on Sustainable Energy Information Technology

The goal of the SEIT-2014 conference is to provide an international forum for scientists, engineers, and managers in academia, industry, and government to address recent research results and to present and discuss their ideas, theories, technologies, systems, tools, applications, work in progress and experiences on all theoretical and practical issues arising in sustainable energy information technology.
Sensing & Monitoring
Configurable and renewable energy
Monitoring tools for power and performance
Power-aware networking
Power leakage and dissipation
Power-aware algorithms and protocols
Power-aware applications
Power-aware middleware
Power-aware software
Power-aware hardware
Sensors for climate monitoring
Systems Modeling
Grid integration issues
Life-cycle analysis of energy systems
Matching energy supply and demand
Power-efficient architectures
Renewable energy systems
Sustainable energy system performance modeling
Local and regional plans for 100% renewable energy supply, system integration and optimization
Systems Performance & Optimization
Efficient circuit design for energy harvesting
Matching energy supply and demand
Efficient energy production methods
Efficient use of energy in the oil and gas industries
Energy & sustainability
Energy efficient power and cooling infrastructure
Energy recycling
Energy saving products
Interdisciplinary empirical, analytical and optimization research in applied ergonomics and sustainability
Power-efficient delivery and cooling
Productivity and energy efficiency
Sustainable energy system operational strategies
Systems Management
Algorithms for reduced power, energy and heat
Code profiling and transformation for power management
Component level power management, e.g., controllers, memory, inverters, meters, etc.
Eco Systems
Economic water (re)use
Energy harvesting, storage, and recycling
Energy Management Systems
Intelligent energy management systems
Power generation, transmission, distribution and management
Reliability, thermal behavior and control
Thermal control of data centers
Environmental
Carbon emission methods
Carbon footprints
Carbon metering and user feedback
Climate and ecosystem monitoring
Climate change
Climate globalization
Environment and social policies
Environmental issues arising from sustainable energy technologies
Environmental management systems
Environmental pollution and work hazards
Ergonomics and benchmarking
Using IT to reduce carbon emissions
Smart Systems
Smart buildings
Smart urban development
Smart control for eco-friendly buildings
Smart energy consumption
Smart grid and microgrids
Smart transportation and manufacturing
Frameworks for smart systems
Green Sustainability
Analytical research in applied ergonomics and green sustainability
Combinatorial research in applied ergonomics and green sustainability
Empirical research in applied ergonomics and green sustainability
Experimental research in applied ergonomics and green sustainability
Exploratory research in applied ergonomics and Green Sustainability
Green business practices
Green process for competitive Advantage Survey and Review Research in Applied Ergonomics and Green Sustainability
Green Strategy and Synchronized Transformation
Green Technology