AVSy Architecture for Automatic Power Minimization of Signalprocessing Systems

Goal

With the rapid development of physical target technologies, designing an integrated circuit becomes a task of growing complexity. Potentially high functionality combined with small geometrical dimensions provide ideal conditions for complex signal processing in mobile devices. Analogous to the software-crisis of the seventies, the resulting complexity-problem shall be addressed through design on high abstraction layers and reuse of optimized modules, which can be composed to complete signal processing systems. However, at this time there exists no continuous power-oriented design methodology for algorithmic system specifications.

In this project it will be shown that the gap can be closed by combining a design tool for algorithmic synthesis and power-evaluation with a heuristics-driven module-selection from a multi-level low-power macro-library.

Persons
Publications
Power Optimised Digital Filterbank as Part of a Psychoacoustic Human Hearing Model

Poppen, Frank and Schulte, Milan and Nebel, Wolfgang; 005 / 2006

A High Level Constant Coefficient Multiplier Power Model for Power Estimation on High Levels of Abstraction

Schulz, Arne and Schallenberg, Andreas and Helms, Domenik and Schulte, Milan and Reimer, Axel and Nebel, Wolfgang; Tagungsband: Integrated Circuit and System Design; 009 / 2005

Optimization of Digital Audio Processing Algorithms Suitable for Hearing Aids

Schulz, Arne and Nebel, Wolfgang; Tagungsband: Integrated Circuit and System design; 009 / 2005

Low Power Optimisation techniques in Overlapp Add algorithm

Sarker, Bodhisatya and Nebel, Wolfgang and Schulte, Milan; Tagungsband (CCCT'03); 008 / 2003

Duration

Start: 29.02.2004
End: 29.04.2005

Related projects

PRO-DASP

Power Reduction for Digital Audio Signal Processing (DFG Project of the University of Oldenburg)