Efficient Data Transmission Scheme using Modified Wireless Communication Protocol Design

In this digital world, each and every communication needs depends upon the wireless communication model and every single individual as well as the firms highly dependent on this wireless communication field. So that a robust data transmission model is required to achieve the fault free communication as well as the scheme should support the communication over all the regions/entities such as disaster zones, application data monitoring, rural/urban areas and other surveillance related fields. Environmental sustainability is the most important concern and the concern regards monitoring, analyzing, mapping and regulating are just few of the many advances in wireless communication networks with sensor associations now-a-days. Because they operate in an open ground and use wireless data transmission technologies, remote wireless data transmission networks necessitate extremely secure data transmission. This is possible to reduce the power consumption of a wirelessly monitoring network by applying various technologies or techniques. In this research, a novel Data Aggregation Protocol Model (DAPM) is designed to help the Wireless Sensor based Communication Networks to and energy and provide robust support to clients to satisfy their communication needs. It is possible to decrease the quantity of transmission power and energy expenditure in a large wireless sensor networks by accumulating information at relay node (that is, merging incomplete outcomes throughout work system). Wireless Communication based Sensor Networks require secured information delivery and constant routing assistance to nodes presented into the network region. This paper is intended to design a new protocol to carry the data packets to destination without any flaw over the communication pathway, in which the proposed DAPM provides such facility to the wireless networks to achieve flaw free communications in good manner. The recommended protocol design is shown to be efficient through the use of computations and experiments. According to the outcomes, the suggested protocol for Wireless Sensor Networks outperforms the conventional secure protocols with respect to security, cost and energy usage. The resulting section of this paper provides a proper proof to prove the efficiency of the proposed approach via its improved throughput, energy efficiency and improved data security.