Austin Conference on Energy-Efficient Design (ACEED)

ACEED 2005 | March 1-3, 2005 | Austin, Texas IBM Austin Research Laboratory's Low-Power Computing Research Center hosted the fourth annual Austin Conference on Energy-Efficient Design, ACEED 2005. The conference provided a forum to exchange ideas on low-power techniques and methodologies and promoted research on critical areas relating to energy-efficient computing. The conference consisted of a public session on Tuesday, March 1st, which included university and government research participants. Wednesday and Thursday consisted of IBM internal sessions and smaller breakout sessions. Tuesday's events also included a poster session to further the exchange the research ideas between the participants.

Table of Contents | Day 1 | Tuesday, March 1, 2005

			Conference Organizers
			Call For Posters
			Call For Participation
			Conference Agenda
			Proceedings
			Welcome Address		Bruce Knaack, Program Director, IBM Energy Efficiency Institute, General Chair, ACEED 2005
			Opening Remarks		Lorraine Herger, Director, Austin Research Laboratory
			Keynote: Blue Gene/L - A Low Power Supercomputer		George Chiu, Senior Manager, Advanced Server Hardware Systems
			Efficient Power Consumption in the modern Datacenter		William Hammond, Intel
			Adaptive Power/Performance Management for High-end Microprocessors		Margaret Martonosi, Princeton University
			Understanding Nanoscale Devices		Supriyo Datta, Purdue University
			Leakage and leakage control techniques for Nanoscale CMOS: Device & Circuit Perspective		Kaushik Roy, Purdue University
			Energy Awareness and Uncertainty in Design at Microarchitecture Level		Diana Marculescu, Carnegie-Mellon University
			Event-Driven Energy Accounting for Internet Data Centers		Frank Bellosa, University of Karlsruhe
			Power-Efficient Microarchitectures		Krste Asanovic, MIT
			Panel Session: The Role of Power Management in Maintaining the Growth of the Computing Industry Introduction , Carl Anderson , Frank Bellosa , George Chiu , Bob Dennard , Margaret Martonosi
			Posters: Best Poster Award
			SRAM Designs to Reduce Gate and Subthreshold Leakage Power in the Nanometer Domain		Praveen Elakkumanan, Charan Thondapu and Ramalingam Sridhar State University of New York at Buffalo
			Posters: Circuits and Microarchitecture
			Lifetime Reliability Awareness for Microprocessors (Abstract)		Jayanth Srinivasan1, Sarita V. Adve1, Pradip Bose2, Jude A. Rivers2, 1University of Illinios, Urbana-Champaign, 2IBM T.J. Watson Research Center
			Effective Use of Performance Monitoring Counters for Run-Time Prediction		Lloyd Bircher, Madhavi Valluri, Jason Law, Lizy John University of Texas at Austin
			Parametrical Characterization of leakage power in Nanoscale Technologies		D. Kudithipudi and E. John University of Texas at San Antonio
			Sleep Transistor Sizing Using Timing Criticality and Temporal Currents (Abstract)		Anand Ramalingam1, Bin Zhang1, David Z. Pan1, Anirudh Devgan2 1University of Texas at Austin, 2IBM Austin Research Lab
			Context-independent Codes for Off-chip Interconnects (Abstract)		Kartik Mohanram and Scott Rixner Rice University
			Process Variation Tolerant Low Power and High Speed Sense Amplifier Techniques for VDSM Caches		Praveen Elakkumanan, Srikanth Sundaram and Ramalingam Sridhar State University of New York at Buffalo
			A Method for Energy Optimization of Digital Pipelined Systems		Hoang Q. Dao1, Bart R. Zeydel1, Victor Zyuban2, Vojin G. Oklobdzija1 1University of California at Davis 2IBM T. J. Watson Research Center, Yorktown Heights, NY
			ALP: Energy Efficient Support for All Levels of Parallelism for Complex Media Application (Abstract)		Ruchira Sasanka1, Alex Li1, Sarita Adve1, Yen-Kuang Chen2, Eric Debes2 1University of Illinois at Urbana-Champaign, 2Intel
			RTL Annotations for Low Power Microprocessor Design		Vinod Viswanath, Jacob A. Abraham, Warren A. Hunt, Jr. University of Texas at Austin
			Posters: Systems
			Reducing Energy Consumption of Disk Storage Using Power-Aware Cache Management		Qingbo Zhu and Yuanyuan Zhou University of Illinois at Urbana-Champaign
			Chameleon: A Self-Adaptive Energy-Efficient Performance-Aware RAID		Qingbo Zhu and Yuanyuan Zhou University of Illinois at Urbana-Champaign
			Coordinated Power, Energy, and Temperature Manager		Heather Hanson and Stephen W. Keckler University of Texas at Austin
			GRACE: A Hierarchical Cross-Layer Adaptation Framework for Saving Energy (Abstract)		Vibhore Vardhan, Daniel Grobe Sachs, Wanghong Yuan, Albert F. Harris, Sarita V. Adve, Douglas L. Jones, Robin H. Kravets, and Klara Nahrstedt University of Illinois at Urbana-Champaign
			A Formal Framework for the Analysis of Dynamic Power Management Policies		Shrirang M. Yardi and Michael S. Hsiao Virginia Tech
			Application-Level Memory Management in Cluster-based Servers (Abstract)		Heung Ki Lee, Gopinath Vageesan, and Eun Jung Kim Texas A&M University
			Peak Power Control for a QoS Capable On-Chip Network		Yuho Jin, Hogil Kim, E.J. Kim, K.H. Yum Texas A&M University
			Co-scaling Threads and Frequency to Tame Power Consumption		Ramakrishna Kotla Ravi Kokku Mike Dahlin University of Texas at Austin
			Power Management in Disk storage system with multiple RPMs		Hogil Kim, Yuho Jin, Eun Jung Kim Texas A&M University
			Performance Directed System Energy Management (Abstract)		Xiaodong Li, Zhenmin Li, Ritu Gupta, Yuanyuan Zhou, Sarita Adve University of Illinois at Urbana-Champaign