The Smart Grid Simulation Framework: Model-Driven Engineering Applied to Cyber-Physical Systems

Cyber-Physical Systems Security for Smart Grid

Cyber-Physical Systems Security for the Smart Grid

The integration of Information Technology (IT) systems (computations and communications–the cyber world) with sensor and actuation data (the physical world), can introduce new, and fundamentally different approaches to security research in the growing field of Cyber-Physical Systems (CPS), when compared to other purely-cyber systems. In our earlier work [4, 2, 1, 3], we have shown that because ...

Cyber - Physical Systems Engineering : The Advanced Power Grid

hysical (CP) systems must address ing domains such as automotive, mical, aerospace, manufacturing, civil cture, and medical device systems, eye to how the fault tolerance, , decentralized control, and social f these systems influence their design. wer transmission systems are one such m and form a rich environment for the f several inherent problems. First, stems form one of the largest and mos...

Cyber-Physical Systems Engineering

Building complex embeddedand cyber-physical systems requires a holistic view on both product and process. The constructed system must interact with its physical environment and its human users in a smooth way. The development processes must provide a seamless transition between stages and views. Different modeling techniques and methods have been proposed to achieve this goal. In this chapter w...

Enabling Model-Driven Live Analytics For Cyber-Physical Systems: The Case of Smart Grids

Advances in software, embedded computing, sensors, and networking technologies will lead to a new generation of smart cyber-physical systems that will far exceed the capabilities of today’s embedded systems. They will be entrusted with increasingly complex tasks like controlling electric grids or autonomously driving cars. These systems have the potential to lay the foundations for tomorrow’s c...