An Adaptive Dynamic Bandwidth Management Model for Smart Building Systems Using Elastic WLAN Mechanisms

The development of the implementation of Internet of Things (IoT) technology to support services in various sectors has been massive in recent years. This development is predicted to continue in line with the increasing quality of the Information and Communication Technology network. As an effort to maintain service quality, increasing IoT implementation requires adequate bandwidth availability. This research develops a model that seeks dynamic and adaptive bandwidth management to traffic needs in the Smart Building system. This bandwidth management model used the Elastic WLAN mechanism to manage bandwidth optimally for the bandwidth needs of each room or area in the Smart Building system. Testing is done by detecting the number of people detected by IoT with a maximum bandwidth of 30Mbps in two different Laboratories. So that it is obtained in the Telecommunication Lab with 5 visitors obtained bandwidth 7.89 Mbps and in the Computer Lab with 14 visitors obtained bandwidth 22.10Mbps. Furthermore, it succeeds in simulating bandwidth changes dynamically by using a random number generator on the amount of traffic seen from changes in the amount of bandwidth of each class which is directly proportional to the amount of traffic of each class.