Cyber-physical systems (CPS) involve tight integration of cyber (computation) and physical
domains, and both the effectiveness and correctness of a cyber-physical system application …

Cyber Physical Systems (CPS) combine communication, computation and data storage
capabilities to oversee and control physical processes in domains including manufacturing …

Cyber physical systems (CPSs) incorporate computation, communication, and physical
processes. The deep coupling and continuous interaction between such processes lead to a …

Cyber–physical system (CPS) integrates variety of applications where some work in a time-
triggered manner while others work in an event-triggered manner. Supporting unified …

Application development for Cyber Physical Systems (CPS) is challenging, because the
wireless network and the devices introduce latencies that vary continuously along with the …

Due to the continuous interaction with the physical world, autonomous cyber-physical
systems (CPS) require both functional and temporal correctness. Despite recent advances in …

Cyber-physical systems (CPS) require event-based control paradigms such as complex
event processing (CEP) to have adaptive analytical control mechanisms. CPS are becoming …

Long running reactive service applications are a fundamental part of today's computing
environments. These applications are often quasi-cyclic in nature, endlessly repeating …

Event processing is a crucial cornerstone supporting the revolution of Internet of Things (IoT)
and Cyber-Physical Systems (CPS) by integrating physical-layer networking and providing …

The interaction of modern cyber technologies with the physical world is widely anticipated to
bring significant societal and economic benefits. These cyber-physical systems combine …