System Level Optimization and Design Space Exploration for Low Power

Stammermann, Ansgar and Kruse, Lars and Nebel, Wolfgang and Pratsch, Alexander and Schmidt, Eike and Schulte, Milan and Schulz, Arne
We present a software tool for power dissipation analysis and optimization on the algorithmic abstraction level from C/C++ and VHDL descriptions. An analysis is most efficient on such a high level since the influence of design decisions on the power demand increases with increasing abstraction. The ORINOCO tool enables to compare different but functionally equivalent algorithms and bindings to RT-level architectures with respect to power consumption. The results of the optimized binding can be used to guide synthesis. In the experimental evaluation we compare the predicted optimization trend with synthesized implementations and prove the accuracy of our methodology and tool.
01 / 2001
inproceedings
14th INternational Symposium on System Synthesis (ISSS), Montreal, Canada, Sept. 30.-Oct.3, 2001. - New York, N.Y.: ACM
PEOPLE
Power Estimation for fast Exploration of Embedded Systems
PRO-DASP
Methodik und Werkzeuge für den verlustleistungsoptimiertenAlgorithmen- und Architekturentwurf eingebetteter Systeme für die Verarbeitung von Audio- und Sprachsignalen
POET
Verlustleistungs-Optimierungen eingebetteter Systeme