Configuration optimization of network topology by introducing parallel topology to enhance data communication for the network

A network topology is an alignment of various interrelated components (links, nodes, et al.) that is employed in any one of its various decentralized arrangements to relay information for the network, to connect the workplaces and households. Various topology have been introduced and deployed with an aim to expand the connections, counter the drawbacks or minimize the physical wiring, the most popular ones being ring, bus, and star, mesh and hybrid topology. The present paper focuses on a novel means of node-alignment, that is, introduction of parallel topology. This unprecedented topology can be used on a large scale such as in offices where seamless exchange of data places a crucial role equally with high speed. The parallel topology intends at achieving this accurately and sharing of internet throughout the network without the loss of speed. The proposed layout aims at enabling better communication between the nodes and also a much facile layout in terms of physical wiring. This configuration will ensure a coherent operation of all nodes interconnected in the network in the event of one node shutdown thus promising an unhindered data exchange. The current paper highlights how the proposed layout results in feasibility, reliability, maintainability and enhanced data transmission throughout a network. A schematic illustration has also been presented to provide a visual representation and better comprehension of the proposed plan.