Implementation of A domain based distributed mobility control scheme in LISP Networks for IoT devices

Abstract

Internet of Things devices are for the most part Mobile Nodes that need M o b i l i t y Management Protocols (MMPs) to be set up, to give straightforward administrations some problems, difficulties affect, correspondence current among mobile nodes inside a mobile IP network system, for example, packet loss, end- to-end delay, expanded handover latency, expanded signaling cost and influence utilization. Locator Identifier Separation Protocol (LISP) that separate the identity and location from an IP address for internet routing. Initially it is designed for the fixed areas network platform instead of mobile network. Already LISP is used in centralized map server to monitor and to control the traffic. It faces some limitations for mobile communication. The limitations are huge overhead of mapping and monitor/control routing traffic on central map server and deprivation of delivery performance. Toward trounce types of limitations, we proposed a distributed mobility control scheme in LISP networks. Now this technique a mobile host endpoint identifier that contain the information network domain. The domain contains Distributed Map Server (DMS) that manage the Distributed Mapping of Locators (LOCs) and End Point Identifier (EID). In that distributed manner DMS maintain an EID register and visiting EID inventory that retains EID-LOC mapping for mobile host.