Power has become a central societal concern, both in the design of modern computer systems and in the physical infrastructure supporting those systems. On the one hand, energy consumption is a critical concern for computing systems at all scales, including mobile devices, embedded networks, and data centers. On the other hand, computing itself can be used to improve the energy efficiency of cyber–physical systems, such as smart grids, smart buildings, and transportation. However, we do not yet fully understand the tradeoffs between energy, performance, cost, and other metrics in these environments. This limits our ability to improve energy efficiency without violating performance requirements and physical constraints (e.g., battery, cooling capacity).<br>HotPower provides a forum in which to present the latest research and to debate directions, challenges, and novel ideas about building energy–efficient information technology and cyber–physical systems. In addition, researchers coming to these issues from fields such as computer architecture, systems and networking, measurement and modeling, language and compiler design, mobile computing, and embedded and cyber–physical systems will have the opportunity to interact with one another, explore cross–cutting ideas, and develop new perspectives on the problem domain.<br>••Topics<br>Topics of interest in energy–efficient computing include but are not limited to:<br>Instrumentation, measurement, and measurement studies<br>Metrics, benchmarks, interfaces<br>Performance, energy, and other resource trade–offs; energy complexity<br>Software optimization, application design<br>System–level optimization, cross–layer coordination<br>Scheduling, run–time adaptation, feedback control<br>Processor, network, storage, hardware components and architecture<br>Reliability and power management<br>Energy–aware control of cyber–physical systems, such as buildings and transportation systems<br>Application to multi–core, datacenter, and embedded systems<br>Green energy sources and their implications<br>Technologies for and management of energy storage<br>Life–cycle analysis<br>
Abbrevation
HotPower
City
Hollywood
Country
United States
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