In the near future, portable embedded devices must run multimedia and wireless network
applications with enormous computational performance (1-40GOPS) requirements at a low …

The rapid evolution in sub-micron process technol-ogy allows presently more complex
systems to be implemented in embedded devices. In the near future, portable consumer …

Portable embedded devices must presently run multimedia and wireless network
applications with enormous computational performance requirements at a low energy …

Modern embedded systems in mobile and multimedia applications offer a wide range of
features. They can also communicate to different devices using different standards which …

Efficient use of an optimized custom memory hierarchy to exploit temporal locality in the data
accesses can have a very large impact on the power consumption in data dominated …

Today multicore platforms are already prevalent solutions for modern embedded systems. In
the future, embedded platforms will have an even more increased processor core count …

We propose a memory-aware system scenario approach that exploits variations in memory
needs during the lifetime of an application in order to optimize energy usage. Different …

Data transfers and storage are dominating contributors to the area and power consumption
for all modern multimedia applications. A cost-efficient realisation of these systems can be …

This paper presents an energy-aware electronic design automation (EDA) methodology for
the system-level exploration of hierarchical storage organizations, focusing mainly on data …

Nowadays, 3D multimedia applications have grown rapidly in number and consist of
complex systems (eg 3D graphical processing or games) that process extensive amounts of …