Abstract
FOG Computing is an alternative to meet the latency and processing requirements that the Internet of Things (IoT) is facing. However, even having the necessary processing capacity, the proper provisioning and management of the data plays a fundamental role to ensure the maximum use of FOG computing at the same time to minimize the traffic on network and the routes. A mathematical model is proposed for the load balancing of IoT devices to FOG using GAMS and a simulator made in Python to measure and check the behavior of the optimized architecture over time. A significantly lower loss of information was achieved when using this proposed model to address the issues with GAMS in comparison with normal and random distribution model.