Projects
Indoor Localization in Energy Constrained Wireless Acoustic Sensor Networks KU Leuven
Advances in energy efficient electronic components create new opportunities for battery powered Wireless Acoustic Sensor Networks (WASNs). Such sensors can be deployed to localize unwanted and unexpected sound events in surveillance applications, home assisted living, etc. Commercialization of these systems is nowadays limited due to their high energy consumption, which is mainly a result of the high data rates required to wirelessly stream ...
Scale-free passive acoustic localization using a wireless synchronized sensor network. University of Antwerp
HR-RTIS: High-Resolution Real Time Imaging Sonar Sensor. University of Antwerp
Digital signal processing for digital communication, audio- and speech signal processing KU Leuven
Marc Moonen supervises a research team of pre- and postdoctoral researchers performing research in digital signal processing algorithms design and evaluation, for digital communication and audio- and speech signal processing. Digital communication activities are targeted towards physical layer processing (e.g. equalization, multiple-access, interference/crosstalk cancellation and MIMO transmission techniques) and resource allocation, in ...
Hunting in the understory: Efficient foraging strategies of bats in acoustically complex environments. University of Antwerp
ABN HaFreeS Feasibility. University of Antwerp
IOF POC Project: SMAC : Next Generation SMart Acoustic Camera for Smart Cities, Health Care and Industry 4.0 Vrije Universiteit Brussel
located. This method to measure and represent acoustic information is gaining a lot of interest from industry,
academia and health institutes as the technology is maturing. Although this new technology is promising, the
current state of the art is rather limited in its abilities and is mainly used for high end acoustic ...