Computer Systems Laboratory (CSLAB)
Department of Digital Systems, University of Thessaly, GreeceThe research laboratory was established in September 2020 and started operating on December 2020. The Computer Systems Laboratory (CSLab) aims at the promotion of the research in computer systems, in support and improvement of the quality of the provided education, and more broadly the transfer of know-how through the provision of services and other research activities. In particular, the CSLab is active and conducts research on applying methodologies and techniques in the design, programming, development and implementation of computer systems, both for specific problems and applications as well as for the creation and promotion of new computational architectures and computer systems in problem solving in business and industry.
Recent articles
MDPI Applied Sciences Special Issue “Advancements in Computer Architectures and Real-Time Systems for Robotics and Mechatronics”
MDPI Applied Sciences (www.mdpi.com/journal/applsci/special_issues/G1HH6676GU) Special Issue “Advancements in Computer Architectures and Real-Time Systems for Robotics and Mechatronics” (09/2024-5/2025)
MDPI Electronics Special Issue “High-Performance Embedded Computing”
In the past, there was only one computing machine, a personal computer, in each home. However, now, each individual has at least one computing device such as a smartphone, tablet, and/or wearable device. Moreover, we will face the era of the IoT (Internet of Things)...
Invitation for international cooperation under the EUREKA-EUROSTARS 3 programme
The CSLab research team is currently working on a R&D project for Eurostars call for proposals. In this direction, is seeking partners for collaboration under EUREKA-EUROSTARS 3 programme call...
Indicative areas of research
Design and development of embedded computer systems (microprocessors / microcontrollers, FPGAs, SoCs, special integrated circuits ASICs, etc.).
Development of complex and large-scale distributed systems (high performance computer arrays, HPC).
Design of advanced real-time systems for control and support of industrial mechatronic systems.
Development of control software for computer systems and their applications.
Development and application of optimum parallel and distributed processing techniques in computer systems in industrial production units.
Quantum Computing Systems
Modeling, simulation and analysis of computer systems and their applications.
Development and implementation of techniques for testing reliability and diagnostics of hardware and software systems.
Development of software applications for the design and analysis of computer systems, especially large-scale ones, such as grids, and distributed parallel systems.
Production of educational material using simulation techniques and interactive tools.
Collaborations
