Simulating architectures of situational-aware cyber-physical space
Mohammad Sharaf, Moamin Abughazala, Henry Muccini, Mai Abusair · 2017
Situational aware cyber-physical space seamlessly incorporates computational and physical parts to monitor what is going on in the environment and utilize this data to choose and act. Graphical Modeling, Code generation and simulation help in diminishing the cost of building a situational aware cyber-physical space application since the architects can automatically get an executable application from the architectural model by applying the automatic transformation. In this paper, we present CAPS environment in which an architect can make diverse models to catch distinctive concerns in cyber-physical spaces, simulate and get an energy consumption and data traffic evaluation for their architectures.