Projects
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The application domain of embedded systems is in need of design processes for parallel data processing in FPGAs. This project will develop a concrete design process based on a case study of simple pattern recognition by means of a high-level synthesis tool. This will lead to new generic insights in the design process of FPGA-code, as well as the efficient development of algorithms being used in current particle physics experiments.
Study of µTCA as a new standard in the design of FPGA-based embedded (data acquisition) systems. University of Antwerp
TERA-Labs, a joint research group of the Karel De Grote Hogeschool specialised in Embedded Systems, datacommunication and ICT partners with the experimental Elementary Particle Physics group of the University of Antwerp in research of high performance distributed FPGA-based data acquisition systems based on µTCA, a promising new standard in embedded technology. The aim is to establish and expertise platform in the hardware-software co-design of ...
Wireless self-sufficient implantable sensor system design and characterisation. University of Antwerp
This BOF Docpro project aims to design and characterise a wireless self-sufficient implantable sensor system. This system can be used both for continuous health monitoring as for the specific detection of biomarkers. More specifically, this research project will focus on lactate detection since it is a well-known biomarker for cancer, fatigue, infections and during anaesthesia. In order for the proposed system to thrive, three main aspects ...
Time is money : integrated circuit and system design towards low latency for real-time applications KU Leuven
The past two decades have seen the emergence of and the enormous growth in wireless and internet capabilities, enabled by the relentless scaling of the VLSI chip technology according to Moore’s law . Ever wider bandwidths and throughputs were needed to accommodate the society’s craving for sharing and processing ever more data (speech, pictures, video, sensor data, etc.), while keeping energy consumption under control. In contrast, the next wave ...
Embedded and distributed systems. University of Antwerp
Distributed embedded systems play a very important role in everyday life, now and even more so in the near future. Many of these embedded systems have one or more sensors for measuring physical quantities like the room's temperature or the position of a person in the building. Due to the increasing functional complexity of the desired applications in combination with the intricate interplay between the components of the system, it can become ...
Embedded and distributed systems. University of Antwerp
Distributed embedded systems play a very important role in everyday life, now and even more so in the near future. Many of these embedded systems have one or more sensors for measuring physical quantities like the room's temperature or the position of a person in the building. Due to the increasing functional complexity of the desired applications in combination with the intricate interplay between the components of the system, it can become ...
EPSim - Embedded Platform Simulator. University of Antwerp
When designing a complex cyber-physical system, components of the system are often designed by different engineers, each with their own expertise in a particular domain, e.g. software, control, and mechanical engineering. In later design stages, the integration of the designed components into one system needs to be performed. This integration phase however often leads to unexpected problems such that the system does not function as it was ...
High-performance Embedded Systems (KIS) Ghent University
The association research group KIS combines the strongholders within the Ghent University Association in the theme of embedded systems, and more in particular vision systems. The research subjects vary from algorithmic design of vision systems to the physical design of the vision system and optimized software that is executed on a computer architecture or specific hardware, reconfigurable or not.
An embedded RISC-V processor resistant against information leakage KU Leuven
Hardware attacks are powerful techniques to extract secret data from digital circuits. By monitoring physically observable signals at run-time or by actively tampering with a device, an adversary can uncover sensitive application data: from proprietary AI models, passwords, or cryptographic keys, to firmware code. Particularly susceptible is the IoT landscape, as edge nodes are often assembled using general-purpose microcontrollers that lack ...
High Performance and Embedded Architecture and Compilation Ghent University
Department of Electronics and information systems, IBM Research - Haifa, Recore Systems (Netherlands), STMicroelectronics (Italy), University of Edinburgh, Chalmers University of Technology, Foundation for Research and Technology Hellas, ARM (United Kingdom), French Institute for Research in Computer Science and Automation, Ericsson (Sweden), Atomic Energy and Alternative Energies Commission, RWTH Aachen University, Thomson Csf (France), Barcelona Supercomputing Center
The objective of this project is to support and to steer the European research in computing systems and compilation, to bring the companies in contact with the research institutions and vice versa, and to bridge the gap between hardware designers and software designers. The network is run by 14 partners, and it groups about 1500 members.