Abstract
<p class="0abstract"><strong>—</strong>In the communication networks, guidance has become an important factor, with a significant impact on network performance, where the network orientation area has been and continues to be an ongoing development, intensive research for many years aimed at optimizing the network. This paper performs three modifications for a multipath routing protocol to solve the problem of routing in a DCell network simulation and apply online solutions on the network, the goal is to improve the transition efficiency of data. The modifications used to avoid data transmission failures which are delay problem<strong>, </strong>link failure problem, and power off (rack problem). The implementation of multipath routing protocol on the DCell network in actual simulation using the NS-3 program, which represents the rule that the DCell network was built and simulated. Finally, the modifications succeeded and return good results decreasing the delay time and solving the data transaction problems.</p>
Highlights
Nowadays, Internet technologies deliver communication services universally
Dynamic Routing by which the routing tables are kept automatically founded on the communication concerning dissimilar routers
The proposed methods are displayed in a DCell network using NS3 to solve network failure problems, determine the best path in terms of OT, and use bandwidth connections at 100 Mbps
Summary
Internet technologies deliver communication services universally. Though, there are definite districts that absent decent substructure to use all the services. In a disastrous place like floods and trembling, the communication systems suffer severely, resulting in the breakage of the links [1] In such circumstances, effectual system design is so essential that it distributes the data in the lack of necessary system infrastructure[1]. Routing is the procedure to gain information and distribute it from one node to another within a network [2]. Routing is accomplished via numerous procedures that create routing tables in the network. Static-Routing is to organize the table manually, requiring routes to each endpoint in the network. Routing guides packet sending (the transit of logically addressed network packets from the source headed for their final destination) over intermediate nodes. Intermediate nodes usually are network hardware devices, for instance, routers gateways, bridges, firewalls, or else switches. Unicast is the dominant procedure of internet information delivery [8,9,10]
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