An RCB approach based Marginal WSN for Reliable Transmission

Authors

  • Govardhan Reddy Kamatam, D.V. Srihari Babu

Abstract

Wireless Sensor Networks are the primary source of reliable data transfer in various application domains. But the distribution of dense and marginal network can lead to many conflicts during the dense data distribution. This issue can also be a primary cause to data loss during the transmission and the delay in the application environments. The researchers in this area are most successful in reducing the delay time but failing to minimize the information loss during transmission. The present study in this case proposed a solution as an approach than can solve the problem in the application environments. Multi-Path Reliability Data Transmission (MPRDT) approach is proposed that can be more effective in the marginal networks. The mechanism adopts a mechanism of redundancy that can realize the efficiency in the transmission and implements the parallel technology and contributes to the transmission of data packets. Duplicate data packets are generated before transmitting the original data that the sensor node (SN) requires to transfer and forwards the same to an aggregate node via multi-path. An intermediate node is used during the transfer to improve the reliability. An experimental approach is implemented and the obtained results are clearly analyzed. The results shown that the proposed MPRDT technique improves the reliability of data transmission and simultaneously reduce the packet loss. It is also observed that the technique has improved the lifetime of the network and maintained regular data transmission.

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Published

2020-05-10

Issue

Section

Articles