Increasingly, designers of computer systems ranging from small mobile
devices to massive datacenters are concerned with sustainable design,
including both power and life-cycle costs; these costs should include
manufacturing, operation, and disposal of IT systems.
We seek papers that evaluate energy-related issues and their
aforementioned trade-offs, present novel new ideas, challenge and/or
debunk past and present practices, and more. We especially encourage
papers that discuss not just energy issues but also how they interact
with other dimensions in a sustainable manner. The scope of this
workshop is broad, covering research, theory, hardware, software,
applications, techniques, etc.--all related to making computing systems
greener.
Topics of interest related to energy-sustainable computing include but
are not limited to:
* Energy vs. performance, cost, reliability, usability, security, etc.
* Evaluations of long-term total costs of ownership (TCOs, e-waste,
growth rates, recycling, etc.)
* Total Impact of Ownership (TIO) in the long run (even decades-long)
* Workload reduction techniques (e.g., compression, dedup)
* Application of virtualization, cloud computing, clustering, and
workload management
* Hardware-based techniques (e.g., new electronics, clock-gating,
disaggregation)
* Firmware-based techniques (e.g., APM, ACPI)
* Right-sizing techniques (e.g., DVFS, DRPM)
* Use of FLASH and other novel storage media
* Impact of storage hardware and software stacks
* Application-optimization techniques (e.g., compiler-based)
* Theory, algorithms, and simulated results
* Energy and energy-related metrics (e.g., $$$, Energy-Delay, PUE)
* IT services and techniques to manage energy and reduce costs
* Sustainability and life-cycle analysis
* Practical energy technologies for the developing world
* Datacenter techniques (e.g., blade servers, low-power CPUs)
* Software-based techniques at all levels, from OS/kernel to
applications
* Evaluation and modification of business processes to reduce the
environmental impact
* Economics of energy-efficienct software and hardware design
* New datacenter cooling and energy-management issues and designs,
including use of renewable energy sources
* Thermal and computational fluid dynamics (CFD) models for software and
hardware co-design
Please submit your work by November 9, 2009.
More information and submission guidelines are available at
http://www.usenix.org/sustainit10/cfpa
SustainIT '10 will take place February 22, 2010, in San Jose, CA. It
will be co-located with the 8th USENIX Conference on File and Storage
Technologies (FAST '10), which will take place February 23-26, 2010.
We look forward to receiving your submissions!
Sincerely,
Ethan L. Miller, University of California, Santa Cruz
Erez Zadok, Stony Brook University
SustainIT '10 Program Co-Chairs
sustaini...@usenix.org