Projects
Post-quantum cryptography for the Internet Of Things KU Leuven
Security and Privacy for Cyber-Physical Systems and the Internet of Things KU Leuven
Internet connectivity has been extending its reach from servers and clients into mobile devices, consumer products and increasingly also embedded systems that connect to industrial processes, vehicles, home automation, and even the human body. The resulting cyber-physical systems create a huge potential for the development of smarter and more efficient manufacturing, tele-medecine, traffic management and so forth. Maintaining security and ...
Post-quantum cryptography for the Internet Of Things KU Leuven
This research proposal addresses two recent developments namely the imminent security threat posed by quantum computers and the widespread proliferation of IoT devices. Due to the limited capabilities of a typical IoT device, we will design post-quantum secure schemes based on lattice cryptography that are optimized for efficiency, power, energy, footprint and bandwidth. Since IoT devices are mainly deployed in the field, we also need to ...
UAV-Assisted Internet of Things Applications and Services Hasselt University
Design and implementation of UWB transceivers for Internet of Things applications KU Leuven
In today's world, daily life is influenced significantly by the connectivity between millions of individuals and devices all around the world, which exchange information and data via the internet. The main architecture in which all internet-enabled objects are connected is called the Internet of Things (IoT). The IoT has various applications in smart cities, smart farming, smart industry, e-health, etc. In the case of smart cities, the IoT ...
Resilient Signal/Circuit/Full-wave co-design of ultra-wideband wireless systems for the Internet of Things Ghent University
The project performs fundamental research in the area of wireless communication, aiming for a novel adaptive ultra-wideband (UWB) communication paradigm compatible with the fifth generation wireless communication system and the Internet of Things.
Signal/circuit/full-wave co-design of resilient ultra-wideband wireless systems for the Internet of Things KU Leuven
Integrated wireless units for the Internet of Things and the fifth-generation (5G) wireless communication system must provide stable high data rates at a reasonable cost. These new ultrawideband (UWB) devices will be integrated in low-cost objects and deployed in adverse conditions that cause drastic variations in the antenna’s radiation characteristics and RF frontend’s operating point. This project provides a fundamentally new formalism to ...