Today, physical processes and digital technologies are deeply interconnected. Every day, we rely on cyber-physical systems—from smart consumer electronics and communication networks to automated industrial operations. However, bridging the gap between continuous real-world processes and digital control systems remains a major challenge, particularly when it comes to performance, efficiency, and security.
To address this challenge, this project develops advanced tools to control and monitor Descriptor Systems—complex frameworks that integrate physical and digital operations. Specifically, the research targets real-world communication constraints, such as intermittent sensor data, network delays, and data loss, to ensure reliable performance across complex digital-physical networks.
Supported by Fondecyt funding, this initiative elevates the university's engineering R&D. The project advances the Department of Electrical Engineering's strategic goals by modernizing research infrastructure, training postgraduate students, and delivering solutions for complex industrial networks.
“First, it drives the development of cutting-edge knowledge in the area of complex systems control, incorporating innovative methodologies that expand existing research capabilities and open up new lines of work,” said Dr. Karina Barbosa.
Key to the project's design is robust collaboration with top national and international experts. According to Dr. Barbosa, the grant will also train advanced researchers and validate practical engineering solutions, maximizing its reach across academic and applied sectors.
Expected Results
The project will yield practical engineering techniques tested in both computer simulations and realistic operational environments—ensuring solutions perform reliably outside the lab. Additionally, the initiative actively supports workforce development by training highly skilled researchers and engineers.
The project’s co-investigators are: Karina Acosta Barbosa (IR), Hicham El Aiss, University of Santiago de Chile / Faculty of Engineering / Department of Electrical Engineering.
Alejandro Rojas, University of Concepción / Faculty of Engineering / Department of Electrical Engineering.
Jonathan Palma, University of Talca / Faculty of Engineering / Department of Electrical Engineering.
International collaborations with 2 researchers from Brazil and 2 from Morocco.