Organisations
Laboratory of Digital Telecommunications - Parallel Systems Vrije Universiteit Brussel
The Laboratory for Digital Telecommunications and Parallel & Distributed Processing (TELE) started its activities from a background in computer engineering. Two distinct but related topics are covered: Digital Telecommunications and Parallel & Distributed Processing. The research activities are spread over three (sub)teams. The mission is to do practical, "real-world" application oriented research. The typical research innovation ...
Computer Security and Industrial Cryptography (COSIC) KU Leuven
Research Group Computer Security and Industrial Cryptography
The COSIC research group offers a broad expertise in cybersecurity; based on this know-how it develops innovative security solutions that take into account both privacy and usability.
The COSIC research focuses on the design, evaluation and implementation of cryptographic algorithms and protocols, the development of security architectures for information and ...
Leuven Medical Technology Centre KU Leuven
Leuven Health Technology Centre (L-HTC) will focus on technology enhanced active and healthy living. In the L-HTC vision new technology will be developed for active movement in the framework of lifestyle applications, rather than for sport performance applications. This choice is inspired by the societal importance of an active lifestyle for prevention, i.e. for keeping people healthy (primary prevention), reducing risks for chronically ill ...
ESAT - COSIC, Computer Security and Industrial Cryptography KU Leuven
Research Group Computer Security and Industrial Cryptography
The COSIC research group offers a broad expertise in cybersecurity; based on this know-how it develops innovative security solutions that take into account both privacy and usability.
The COSIC research focuses on the design, evaluation and implementation of cryptographic algorithms and protocols, the development of security architectures for information and ...
Computer Science Technology, Geel Campus KU Leuven
This unit unites a broad experience in both hardware (design and testing of both PCB and integrated circuit implementations) and software (real-time processing and analysis of large multimodal datasets).
Adaptive Systems Group Vrije Universiteit Brussel
Research in the Adaptive Systems Group concentrates on biologically inspired algorithms such as evolutionary computation and neural networks together with their applications in adaptive systems, optimisation and artificial life. During the last 10 years a lot of expertise has been developed especially in the field of evolutionary computation and more specific genetic algorithms. A genetic algorithm (GA) mimics the way biological evolution ...
High Resolution NMR Centre Vrije Universiteit Brussel
Description of the NMR laboratory The High Resolution NMR Centre is basically the NMR lab of the VUB providing all NMR spectra and NMR know how to any researcher of the VUB - or outside the institution - needing NMR for purposes of chemical substance identification and structure determination, either in scientific collaboration, or in service context. This means that, in particular, other research units of the VUB (ORGC, FYSC, FCOL, ULTR, ...
Leuven Centre on Information and Communication Technology KU Leuven
The LICT Center bundles the complementary expertise of (electronic) engineers, computer scientists, sociologists and law experts all active in the area of ICT, being it hardware, software, or related legal and social aspects.
The research activities of the center can be classified in 8 research lines.
- Analog, Mixed-Signal & RF building blocks
- Circuits & Systems for Sensing & Communications
- ...
Theoretical Computer Science Vrije Universiteit Brussel
Research theme: Applications of logic in computer science. Computer science can be regarded as ``applied logic''; from the level of hardware (circuits) up to sophisticated knowledge representation (e.g. nonmonotonic reasoning). Areas of interest include: 1. Modelling argumentation; 2. Nonmonotonic reasoning formalisms; 3. Formal specification and verification of complex software systems; 4. Logic programming semantics.