Browsing by Author "Ghazi Amor, Mohamed"
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- Cyber-OF: An Adaptive Cyber-Physical Objective Function for Smart Cities ApplicationsPublication . Ghazi Amor, Mohamed; Koubâa, Anis; Tovar, Eduardo; Khalgui, MohamedRPL is the standard routing protocol for the Internet of Things. It is designed for low-power and lossy networks. Several works designed different objective functions for RPL to optimize routing decisions for a particular category of applications. However, these objective functions do not take into account the cyber-physical properties of the environment. In addition, they are tailored to satisfy a particular application requirement (e.g. energy efficiency or delay), so are not adaptive to possible changes of data criticality. This paper improves on the state-of-the-art with the design of a cyber-physical objective function tailored for smart city applications, that addresses the aforementioned gaps. Initial simulation results demonstrate the effectiveness of Cyber-OF in coping with dynamic changes of the criticality of events data and in providing a good performance trade-off between conflicting performance metrics, namely energy.