9.3 Thermal/Power Management Techniques for Energy-Efficient Systems

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Date: Thursday 21 March 2013
Time: 08:30 - 10:00
Location / Room: Stendahl

Chair:
Wolfgang Nebel, University of Oldenburg, DE

Co-Chair:
Alberto Macii, Politecnico di Torino, IT

This session presents four papers on power/thermal techniques for energy efficient systems. The first paper proposes an ultra-low-power management circuit for a miniature sensor node completely powered by an energy harvester for autonomous operation. The second paper presents a bio-inspired power saving method to reduce the power consumption of LED backlit panels. The third paper combines clock and power gating to save energy in disabled flip-fops. And finally the fourth paper introduces a new thermal sensor placement algorithm by exploiting the correlation of power estimation errors among functional blocks.

TimeLabelPresentation Title
Authors
08:309.3.1(Best Paper Award Candidate)
A SUB-UA POWER MANAGEMENT CIRCUIT IN 0.18UM CMOS FOR ENERGY HARVESTERS
Authors:
Biswajit Mishra, Cyril Botteron, Gabriele Tasselli, Christian Robert and Pierre A Farine, EPFL, CH
Abstract
09:009.3.2SALIENCY AWARE DISPLAY POWER MANAGEMENT
Authors:
Yang Xiao1, Kevin Irick1, Dongwha Shin2, Naehyuck Chang2 and Vijay Narayanan1
1PSU, US; 2Seoul National University, KR
Abstract
09:309.3.3ACTIVE-MODE LEAKAGE REDUCTION WITH DATA-RETAINED POWER GATING
Authors:
Andrew B. Kahng1, Seokhyeong Kang1 and Bongil Park2
1University of California, San Diego, US; 2Samsung Electronics, KR
Abstract
09:459.3.4A POWER-DRIVEN THERMAL SENSOR PLACEMENT ALGORITHM FOR DYNAMIC THERMAL MANAGEMENT
Authors:
Hai Wang1, Sheldon Tan2, Sahana Swarup2 and Xue-Xin Liu2
1University of Electronic Science and Technology of China, CN; 2University of California, Riverside, US
Abstract
10:00IP4-14, 704ACTIVE POWER-GATING-INDUCED POWER/GROUND NOISE ALLEVIATION USING PARASITIC CAPACITANCE OF ON-CHIP MEMORIES
Authors:
Xuan Wang1, Jiang Xu1, Wei Zhang2, Xiaowen Wu1, Yaoyao Ye1, Zhehui Wang1, Mahdi Nikdast1 and Zhe Wang1
1Hong Kong University of Science and Technology, HK; 2National University of Singapore, SG
Abstract
10:01IP4-15, 524ADAPTIVE THERMAL MANAGEMENT FOR PORTABLE SYSTEM BATTERIES BY FORCED CONVECTION COOLING
Authors:
Qing Xie1, Siyu Yue1, Donghwa Shin2, Naehyuck Chang2 and Massoud Pedram1
1University of Southern California, US; 2Seoul National University, KR
Abstract
10:00End of session
Coffee Break in Exhibition Hall
Monday and Friday morning and afternoon coffee breaks will be located in the Salle de Reception. On Tuesday-Thursday the breaks will be located in the Exhibition Hall. Morning and afternoon (with the exception of Thursday afternoon which is a 30 minute break) coffee breaks on Tuesday-Thursday are extended breaks and will run for 60 minutes (coffee points will be open for the first 30 minutes only) from the start time indicated in the programme.