2.3 Power-Aware Technique for Real-Time Systems
Date:
Tue, 2010-03-09Time:
11:30 - 13:00Location / Room:
Konferenz 1Moderators:
C Yiran, Seagate, US
J Henkel, Karlsruhe U, DE
This session includes three papers regarding the power optimisation and temperature-aware scheduling technique for real-time systems. The first paper presents a leakage power optimisation scheme with temperature consideration. The second paper illustrates a method to predict the energy and performance overhead of real-time operating systems. Finally, the third paper talks about how to distribute the idle time intelligently to optimize the working temperature of DVS systems.
| 1130 | ENERGY-EFFICIENT REAL-TIME TASK SCHEDULING WITH TEMPERATURE-DEPENDENT LEAKAGE C-Y Yang and T-W Kuo, National Taiwan U, ROC J-J Chen and L Thiele, ETH Zurich, CH |
| 1200 | PREDICTING ENERGY AND PERFORMANCE OVERHEAD OF REAL-TIME OPERATING SYSTEMS S Penolazzi, I Sander and A Hemani, Royal Institute of Technology (KTH), SE |
| 1230 | TEMPERATURE-AWARE IDLE TIME DISTRIBUTION FOR ENERGY OPTIMIZATION WITH DYNAMIC VOLTAGE SCALING M Bao, P Eles and Z Peng, Linkoping University, SE A Andrei, Ericsson, SE |
| IPs | IP1-1, IP1-2 |
| 1300 | LUNCH BREAK |
