Sensory platform architecture based on cyberphysical systems for climate behaviors detecting in urban forest environments

This paper presents a cyberphysical sensory platform is developed through the integration of different kinds of sensors in a system in order to obtain some climate characteristic of the environment scenario. The platform contains an intelligent agent to detect the behavior of environmental variables that result in risk or without risk of fire or rain, and to validate integration between sensor and physical environment. The results of empirical experiments with this platform are provided. So, this work considers a novel CPS solution based on sensory platform for environmental monitoring.