Current projects
Finished projects are listed on the projects archive page.
European projects
- 3DSAFEGUARD
- Global Situational Awareness in Rescue, Calamity and Inspection Operations
- ERC
- A new concept for ultra-high capacity wireless networks (ATTO)
- FED4FIREplus
- Federation for FIRE Plus
- HUB4FIRE
- A Collaborative Platform to Unlock the FIRE+ Value
- OPTIMA
- Towards Demonstration of Photonic Payload For Telecom Satellites
- ORCA
- Orchestration and Reconfguration Control Architecture
- SynchroniCity
- SynchroniCity: Delivering an IoT enabled Digital Single Marked for Europe and Beyond
- OASIS
- Open Applications for Semantically Interoperable Services
- CITADEL
- CITALDEL: Enpowering Citizens to TrAnsform European PubLic Administrations
- 5GCHAMPION
- 5G Communication with a Heterogeneous, Agile Mobile network in the Pyunchang wInter Olympic competioN
- Agile
- AGILE targets multidisciplinary optimization using distributed analysis frameworks
- ARCFIRE
- Large-scale RINA benchmark on FIRE+
- AUTOWARE
- Wireless Autonomous, Reliable and Resilient ProductIon Operation ARchitecture for Cognitive Manufacturing
- ENABLE-S3
- European Initiative to Enable Validation for Highly Automated Safe and Secure Systems
- eWINE
- elastic WIreless Networking Experimentation
- FireSpec
- Integrated spectroscopic sensors for the risk assessment of fires
- ICT-STREAMS
- Silicon Photonics Transceiver and Routing technologies for High-End Multi-Socket Server Blades with Tb/s Throughput interconnect interfaces
- Smart Tooling
- WIPE
- Wafer scale Integration of Photonics and Electronics
- HOBBIT
- Holistic Benchmarking of Big Linked Data
- Phresco
- PHotonic REServoir Computing
- TCBL
- Textile and Clothing Business Labs - Transformative Business Models for the Textile Clothing Sector
- ACCEDE
- CIRCLE
- Coordinating European Research on Molecular Communications
- F-Interop
- FIRE+ online interoperability and performance test tools to support emerging technologies
- FLEX5GWARE
- Flexible and efficient hardware/software platforms for 5G network elements and devices
- SONATA
- Service Programing and Orchestration for Virtualized Software Networks
- Teraboard
- High bandwidth density and scalable optically interconnected Terabit/s Board
- WISHFUL
- Wireless Software and Hardware platforms for Flexible and Unified radio and network controL
- Facts4Workers
- Worker-Centric Workplaces in Smart Factories
- DEWI
- Dependable Embedded Wireless Infrastructure
- FUSE-IT
- Facility Using smart Secured Energy & Information Technology
National Industrial Research projects
- ProMow
- Smart Product For Mobile WellBeing
- CityEye
- Real-time multimodal mobility monitoring in city environments
- Conamo
- The CONAMO project aims at improving both the training towards and the experience at mass amateur cycling events
- LEAPS
- LEarning analytics for AdaPtive Support
- SeRGIo
- Mobile sensing services for developing geospatial IoT applications
- MOS2S
- Media Orchestration from Screen to Screen (MOS2S)
- ASIMOV
- Adaptive Semantics Induction for Multilingual matching in an enriched human resOurces enVironment
- GPS4IntegratedCare
- GPS for Integrated HealthCare: Automatic generation of dynamic and personalized care workflows
- SOaP
- SOaP - Gebruik van semantische webtechnologie voor de verwerking van orders in de procurement sector
- HYCOWARE
- Hybrid connected warehouses
- LUNAR
- Localization based on ultra wide band technology
- PRO-FLOW
- Predictive deliveRy Orchestration For ultra-LOw-latency Web applications
- Providence+
- Publishing the right story, in the right place, at the right time
- SafeDroneWare
- SafeDroneWare
- COSAMIRA
- Condition and Safety Monitoring In Railway
- IWT Smappee
- Robust methods for non-intrusive load monitoring / Robuuste algoritmes voor niet-intrusieve monitoring van lasten
- MALIBU
- Meertalige AnaLyse van Immobiliën en Buurten
- MONICOW
- Monitoring and localisation of animals: focus on Cows
- TRANSIMIC
- WONDER
- interventions for Wandering and Other behavioral disturbaNces of persons with DEmentia in residential care by personalized Robot interactions
- Offshore
- Offshore wind O&M Excellence
- Mechatronics 4.0
- op weg naar geconnecteerde autonome industriële machines
- NEBUCOM
- Software in the cloud
- SmartPro
- Slim Textiel en draagbare intelligentie: van intelligente prototypes naar industriële en bruikbare producten
- Ontoforce
- Ontoforce als semantische speler
- HELP video!
- HW platforms for Embedded, Efficient, Low Latency, and Portable video Processing
National Fundamental Research projects
- BOF
- Modelling uncertainty in hub location planning through interdisciplinary research
- BOF GOA
- Comprehensive Integration of Linguistic Features in a Human Inspired Speech Recognition Architecture
- FWO Hercules
- City of Things
- BOF GOA
- PRETREF - Prediction of Turbulent Reactive Flows by means of Numerical Simulations
- BOF GOA
- Disposable and biodegradable wireless networks for extreme conditions
- FWO
- Signal/circuit/full-wave co-design of resilient ultra-wideband wireless systems for the Internet of Things
- FWO
- Incorporating error control in sparse modelling
- FWO Hercules
- A Future Software Defined Internet Core and advanced Cloud Research Infrastructure
- HYMOP
- Hypermodelling strategies on multi-stream time-series data for operational optimization
- Potential
- Power to Teach All. Competence development to create inclusive learning environments
- DeCoMADS
- Deployment and Configuration Middleware for Adaptive Software-as-a-Service
- DiSSeCt
- Distributed Semantic software solutions for complex Service Composition
- FWO
- The goal of this research project is to redesign the way services are delivered across the Internet. Instead of focusing on traditional host-based schemes (e.g., TCP/IP-based transport) and best effort delivery models across autonomic network domains, we will investigate how we can exploit both network and cloud virtualization techniques to provide end-to-end QoS guarantees on the service delivery.
- FWO
- Service-centric management of a virtualized future internet / Dienst-georiënteerd beheer van een gevirtualiseerd toekomstig internet
- FWO
- The Recursive Internet Architecture as a solution for optimal resource consumption, security and scalability of sensor networks: RINAiSense
- FWO
- Service-oriented management of a virtualised future internet
- FWO
- Genetic adaptation of bacterial catabolic pathways for pesticide biodegradation: role of historical contingency
- FWO
- Optimalisatie van broncodering voor meerdere terminals in zelf-organiserende netwerken
- FWO
- Scalable behavioral models for large-scale silicon photonics
- SAMURAI
- Software Architecture and Modules for Unified RAdIo control
- SMILE-IT
- Stable MultI-Agent Learning for neTworks
- FWO
- Robust parameterized behavioral models enabling efficient design and variability analysis of modern microwave nonlinear devices and circuits
- FWO
- De novo genome assembly using both second and third generation sequence data
- FWO
- A new service process paradigm: our objective is to derive closed-form results and/or fast numerical procedures to assess the main performance characteristics of the proposed queueing models, such as throughput, customer delay, system content, loss characteristics, etc., and to apply these results in a number of relevant areas such as Cognitive Radio, Medium Access Control and server farms.
- FWO
- Design and analysis of garbage collection algorithms: The main objective of this project is to design and to analyze the performance of garbage collection algorithms for flash-based solid state drives that make use of page-, block- or hybrid-mapped flash translation layers. The analysis will mainly focus on the impact of the garbage collection algorithm on the write performance and lifespan of the solid state drive, while different data models, data separation techniques and the use of the TRIM command will be considered.
- HiVis
- High-tech Visualisation
- BOF GOA
- Autonamic Networked multimedia systems
- BOF GOA
- Chip-to-chip interconnects: high bitrate channel modeling and transceiver optimization for advanced chip-to-chip interconnects and VDSL applications