Fifth Annual International Conference on Energy Aware Computing Systems & Applications, Cairo, Ägypten

Abbrevation

ICEAC

Link

http://www.iceac.org/

City

Cairo

Country

Egypt

Deadline Paper

2014-12-23

Start Date

2015-03-24

End Date

2015-03-26

Abstract

The fifth International Conference on Energy Aware Computing Systems & Applications(ICEAC) is a premier conference for technical forum for presentation of advances in all aspects of energy efficient computing. This year, the conference extends the theme to bring additional focus on applications that can benefit from energy aware computing. Submitted papers must represent original work, not announced, published, or presented before. Papers accepted for presentation will be published in Conference Proceedings, and will be included in IEEE Xplore Digital Library. In each of the tracks, researchers can submit innovative research in the field, and can cover any of the following aspects: A. Mobile Systems and Applications B. Wireless Sensor Network Platforms and Applications C. MEMS Technology And Applications D. Big Data Processing Platforms and Applications E. Circuits F. Work in Progress 1) New Breakthrough Applications Benefiting from Energy Efficiency Metrics for impact of energy saving on end user quality of experience Design and Implementation of applications New algorithms for data mining and analytics 2) Energy Aware Platform Architecture System thermals, acoustics and power management features Power delivery architectures Energy efficient data center architectures Green cloud computing Energy aware networks 3) Energy Evaluation Tools Methods and tools for forecasting, estimating, and validating power Power workloads and benchmarks Power simulation, emulation, and modeling techniques System power measurements 4) Low Power Hardware Design Low power logic, circuit and process technology design Low power libraries Techniques for on–die fine grain power management On–die sensors and instrumentation On– die power, thermal management and power delivery architectures 5) Energy Aware Software Design Low power virtualization and software techniques Low energy displays Energy efficient networking Energy efficient firmware organization Energy aware resource management