The project develops a unified access to an open testbed with tools that allow researchers to deploy, run, monitor and experiment with services, protocols and applications on real-world community IP networks.
NeLe
Ontwikkeling van een digital platform voor het leren van het Nederlands als tweede taal
AmpliFIRE
Amplifying Future Internet Research and Experimentation for a Sustainable Future
The DASH7 Alliance Protocol is an evolution of the ISO 18000-7 standard for active RFID using 433 MHz, initially promoted by the US Department of Defense for container inventory. DASH7 targets wireless machine-to-machine communication for low-power, mid-range applications. This project aims to set up a certification lab for the wireless communication standard DASH7 with an accompanying pre-compliance testing system.
The main objective of the project is to design a global architecture and to develop networking solutions and service enablers to support advanced cross-layerlcross-network cooperation between independent co-located wired & wireless, homogeneous & heterogeneous networks. The ultimate goal is to demonstrate these Symbiotic Networking concepts in a real-life home/office environment.
Behavioral models
Broadband parametrized behavioral models for passive and active electronic components
FWI
Intelligent Cooperative Methods: because of the strong increase of advanced multimedia applications requiring high bit rates, the capacity of the current wireless networks becomes insufficient. Further, the increase of the mobility in time-variable radio channels and the higher bit rates cause an increasing frequency selectivity, such that the transmitted signals are distorted, and disturbed by interference and noise. It is therefore of great importance to investigate new techniques to increase the capacity (in terms of more users and higher bit rates) and to improve the performance for the transmission over these radio channels.In this project proposal, the expertise of the different research groups will be brought together in order to obtain research results that lead to an increase of the capacity of future wireless networks.
FWO
Intelligent cooperative methods in virtual MIMO based multi-hop wireless networks.
GeoGreen
Optimizing green energy and grid load by geographical steering of energy consumption
IOF
ZONE-IT
Minimising interference
Global cross-layer performance optimization of wireless communication systems by minimizing interference
Symbionets
Symbiotic Networks
BOF GOA
High Potential Entrepreneurship and entrepreneurial value creation: context influences, context interactions, and context extension
BOF GOA
Optimalisatie van automatische videobewaking door middel van multimadale video ananlyse
FWO
Waarneming en controle van multimodale texturen in multimediale omgevingen
FWO
Optimization of the wireless channel and network including the human body
FWO
WET: Watermarking, Encryption, and Transcoding
IOF
Smart Sound Monitoring: adding intelligence to sound sensor networks
LINEAR+
Smart Power Grids
Ogrids
Design of Optical grids
BOF
Multimodal Video Analysis
FWO
MAC-Protocollen: This research project aims at the construction of adequate stochastic models and/or queueing models for contention-less MAC protocols and the development of corresponding performance analysis techniques. In queueing theoretic terms, we expect to be confronted with queueing models with priority scheduling, multiple servers, server vacations, correlated arrivals and queues in tandem. Performance measures of interest are the packet delay, packet loss ratios, the response time and the energy consumption.
FWO
Advanced techniques for distributed video coding
IOF
GluCare fase 1
iSPEC
Intelligent SuPer-Elastic Clouds
WASN
Wireless Acoustic Sensor Networks fo Extended Auditory Communication
Validiv
Valorising Linguistic Diversity in Multiple Contexts of Primary Education
BElgian network on STochastic modelling, analysis, design and optimization of COMmunication systems
FWO
Advanced scalable videocoding
FWO
Accurate parameterized macromodels for efficient design of linear and nonlinear microwave and RF systems
FWO
Crosslayer 4G Networks: The aim of this project is to develop a fully integrated and customized cross-layer optimization framework with real-time adaptive DSM for 4GBB, that optimally leverages the network capabilities so as to deliver an optimized QoS and that can eventually serve as a base for broadband access technology for the coming decades.
FWO
Network-guided analysis of genotype and expression phenotype data
iMinds IoT
Internet of Things
IOF
BiFast
IOF
GluCare fase 2
NEMOA
Network-based approaches for the identification and mode of action determination of anti-bacterial agents