Improving IoT Service Quality with the Allocation of Dynamic Bandwidth

The Internet of Things (IoT) effectively facilitates interaction between individuals and devices in contemporary society. The IoT industry is experiencing substantial growth annually, attributed to many applications, from miniature sensors to large-scale industrial equipment. The proliferation of billions of connected devices creates distinctive business opportunities, while IoT applications contribute to economic enhancement. The IoT market is rapidly growing; yet, it encounters several challenges, including security issues, heterogeneity, and absence of defined protocols, communication topology, and bandwidth (BW) selection. This paper aims to enhance the comprehension of providing Internet of Things devices with stable bandwidth to increase communication. This article primarily contributes an elucidation of mechanisms associated with optimized dynamic bandwidth selection, prevalent protocols, and network topologies.