The main objective of this project is to offer support to the dynamic behaviour of future embedded systems, known as cyber-physical systems, which are characterized by their heretogeneous devices with different resource restrictions and both functional and non-functional requirements. For this, we need to have mechanisms that allow them to adapt to their environment, such as connection/disconnection of devices, reconfiguration responding to alarms, soft degradation of functioning, etc. In order to meet these requirements...

The main objective of this project is to develop methodologies and tools that allow us to form a bridge between the state of technology and the design and development of distributed industrial control systems, addressing the characteristics of these systems and the current standards. Thus, we will provide methodologies and will create design and development support tools of these systems that are based on the latest technologies, but which are transparent to the final user, to whom we offer the terminology, notation, and...

The aim of this project is to develop methodologies and tools to design and develop distributed control systems (DCS) with a high degree of flexibility, reliability, and reuse of developed applications. The great progress that has occurred in recent years, both for hardware systems specific to control (PLCs, industrial computers, industrial fieldbuses, controllers, etc.) and for multidisciplinary COTS tools (Commercial-Off-The-Shelf) (code analysis, simulation and generation in different areas of knowledge) offers great...