Projects
Functional oxides with tailored properties for nanoelectronics. KU Leuven
Optimisation of an inductive power link for biomedical data acquisition systems. KU Leuven
In 1909 Nicola Tesla stated: ``When wireless is perfectly applied the earth will be converted into a huge brain, which in fact it is, all things being particles of a real and rhythmic whole''. This vision is finally becoming reality now that the next wave in the era of computing, the Internet of Things, is rapidly gaining momentum. The ``virtual'' internet as we know it today is becoming more and more ``physical'' and this has lead to the ...
Near-Field Imaging Luminance Goniometer. KU Leuven
A near-field imaging luminance goniometer enables full-characterization of light sources through detailed goniometric camera shots. These data enable accurate simulations of optical systems through ray tracing.
RINOS: Robust Integration of Nanoscale Optical Receiver Systems. KU Leuven
Integration of switched mode DC/DC-converters. KU Leuven
Spin transfer torque induced magnetization dynamics. KU Leuven
OptiMMA: Optimization of MP-SoC Middleware for Event - driven Applications Ghent University
The OptiMMA project will enable the mapping of emerging, dynamic software applications on complex Multi-Processor Systems-on-Chip (MP-SoC). This will be achieved though the use of Middleware components, which will be able to mediate between embedded software and the hardware platforms. Thus, they manage at run-time the memory storage, energy consumption, bandwidth and computation resources of the embedded system.
Combined Low- and High-Frequency Nonlinear Characterization and Modeling KU Leuven
circuits. In many microwave circuit applications, transistors experience high-frequency
electrical signals with large excursions. These signals drive the devices into
a nonlinear regime of operation. With the introduction of new materials in the
transistor fabrication process, additional effects, such as low-frequency
...