How to Attend the Conference
MED 2021 is a full online conference hosted through synchronous live Zoom meetings. The instructions on how to attend the conference with all the detailed information, schedule, and Zoom links for sessions can be accessed here.
The MED2021 will be a fully virtual conference
Due to the current status of the COVID’19 pandemic and the Italian rules regarding conferences, we regret to inform you that the 29th Mediterranean Conference on Control and Automation, scheduled for June 22nd-25th, 2021, will be a fully virtual conference (the participation of all contributors will be by synchronous online videoconference).
We will guarantee a technical program including Plenary Sessions, Invited Sessions, Workshops on relevant topics, and Tutorials, favoring your connection and interaction with all participants
MED 2021 will focus on smart cities and smart systems and will include tutorials and workshops, a technical program of presentations, keynote lectures and social events. It offers a great opportunity for academics, researchers, and industrial players working in control and automation to network together, present research progress and address new challenges.
The conference will include a wide range of topics on systems, automation, robotics and control including theory, hardware, software, communication technologies and applications to smart grids, intelligent buildings, smart mobility, healthcare, factory 4.0, cyber-physical systems, and more.
TECHNICAL PROGRAM OF THE CONFERENCE AVAILABLE HERE!!!
Complimentary workshops are available for students, more information here!!!
A topical and freely accessible panel on Women in STEM announced, information on the program available here. To access the panel see instructions here!!!
Three exciting keynotes announced, more information available here!!!
Topics of Interest
| Adaptive control | Formation control | Non-linear control |
| Fault-tolerant control | Agents/agent-based systems | Fuzzy cognitive maps |
| Network controlled systems | Optimization | Assistive Technology |
| Aerospace control | Genetic/evolutionary computation | Optimal control |
| Automotive control | Guidance | Power systems |
| Atonomous systems | Health related topics | Predictive control |
| Biologically inspired systems | Human machine interaction | Prognostics and diagnostics |
| Building automation | Hybrid systems | Real-time control |
| Cognitive systems and control | Industrial automation | Robust control |
| Control theory | Internet of Things | Smart grids |
| Control in business/economics | Integrated control and diagnostics | Smart cities |
| Computer-controlled systems | Intelligent control | Smart logistics and mobility |
| Cyber-physical systems | Intelligent transportation systems | Soft computing |
| Communication systems | Interpolating control | Societal systems |
| Deep learning in control | Linear systems | Swarms and Robotic teams |
| Discrete event systems | Manufacturing | System identification |
| Economic-control technologies | Marine control | Traffic control |
| Education and training | Mechatronic systems | Uncertain systems |
| Embedded control systems | Modelling and simulation | Unmanned systems |
| Energy efficient systems | Navigation | Virtual & augmented reality |
Main Sponsors
Technical co-sponsors
