KANGA Koffi¹, KAMAGATE Béman Hamidja¹, BROU Aguie Pacome Bertrand¹ and OUMTANAGA Souleymane², ¹ LASTIC-ESATIC, Côte d'Ivoire, ² The Houphouët Boigny National Polytechnic Institute, Côte d'Ivoire

In this work, the main objective is to provide a contribution of resources adaptation to consumption demand in IOT environments. To do this, we have proposed a data model including the entities "resource ", "load ", "event ", "policy" and "device" as well as the different relationships between IOT devices and others. This data model, an adaptation process is proposed as well as a mathematical model based on the optimization of resource consumption on requests while, taking into account certain constraints including the Maximum Capacity of resources, the Satisfaction of user or IOT device requests and the Energy Constraints have been proposed. The simulation results regarding the optimization of resource consumption show that our model could be beneficial for smart city management, industry 4.0 and e-health.

Resource adaptation, data model, IOT resource