High-Level Architectural Design of Management System for the Internet of Underwater Things

Abstract

High-level seamless interconnecting network community is able to make a service for using sufficiently network resources. In order to integrate services and devices discovery opportunity for using the Internet of Things (IoT) possibility. Such as a number of integration in IoT devices and services, they are requiring available management system. Indeed, Network Management System (NMS) is the ability of monitoring, managing and optimizing of the network. In order to processing management system which is efficiently optimizing resource consumptions and reducing the cost of services. The NMS is an application layer protocol and set of system components. This paper represents management system role and integrating the terrestrial system to the constraint environment. Based on high-level system architecture model designing, and using management mechanism for the Internet of Underwater Things (IoUT). Moreover, topological discovery algorithm helps to improve management services and adjusting an underwater environment.