Optimizing the Design Review Process for Cyber-Physical Systems using Virtual Reality

Multi-View Design for Cyber-Physical Systems

Cyber-Physical Systems are complex systems made of various and heterogeneous subsystems; they have different aspects and each aspect has its own requirements and properties to be satisfied. ModelDriven Engineering (MDE) is a promising approach used to design and analyze complex systems on different levels and diverse views. CPS designers take many factors into account due to the complexity and ...

Time-Predictable Design for Cyber-Physical Systems

Embedded computing systems are increasingly networked and conjoined with physical systems in many application domains spanning from automobiles and aircrafts to power grids and assisted living. Our society is more and more relied on these cyber-physical systems that tightly integrate the computation and physical systems. Many cyber-physical systems are under real-time constraints, and thus a cr...

Cyber Physical Systems : A Review

The word “cyber physical system” (CPS) refers to those systems which feature tight integration of computation with physical processes. The example application areas of cyber-physical systems (CPSs) include automated medical devices, air traffic management, automotive systems, smart homes and building, hydro-electric dam controls, data centers, critical infrastructures, industrial control system...

Virtual Validation of Cyber Physical Systems

The increasing importance of Cyber Physical Systems (CPS) yields new challenges for their systematic and efficient quality assurance. CPS are characterized by open and heterogeneous architectures and environments. For embedded systems, this implies a separation of the currently very tight integration of hardware and software components. Development and testing of these systems require new devel...

Measurable Augmented Reality for Prototyping Cyber-Physical Systems