Design and Performance Analysis of an Industrial IoT-based Mobility Management for Smart Manufacturing

Industrial wireless sensor networks (IWSN), sensing is possible using sensors and it is equipped with a processor that processes collected information. The wireless sensor network consists of a sensor node, a small wireless transmission and reception device that is transmitted, and a sink node that collects it and exports it to the outside world. Such sensors play an important role in the Internet of Things, which includes sensing functions of all ages, from traditional sensors to physical sensors to smart sensors. Unlike traditional networks, which have been means of communication, the mobility of sensors is being addressed as an important issue as they are used for various application development based on automated remote information collection. Based on this, this paper proposes a mobility management technique (SF-IoT) for smart factory using IoT technology in sensor-based PMIPv6 network. Performance analysis was performed taking into account mobility costs, and analysis results show that the proposed technique is an efficient technique compared to the existing PMIPv6 (Proxy Mobile IPv6) and SPMIPv6 (Sensor Proxy Mobile IPv6).