Route Allocation Scheme in Mobile Wireless Networks Essential for Enhancing Connectivity and Performance

[ 31 May 2021 | vol. 14 | no. 1 | pp. 23-32 ]

About Authors:

Rafik Lasri
-University of Granada, Spain

Abstract:

In wireless networks, it is essential for mobile nodes to maintain full connectivity with one another to enable efficient communication. In this paper, we introduce a multi-hop routing protocol that incorporates binomial connection probabilities, modeled as Bernoulli trials. This innovative approach is designed to establish communication paths based on a connection probability ratio that corresponds to the likelihood of successful node connectivity. One of the primary advantages of our proposed multi-hop scheme is its potential for reduced energy consumption when compared to traditional one-hop models. This is achieved by minimizing the distances between nodes during communication, as each node communicates with nearby nodes rather than relying on a single, further node, which can lead to increased energy expenditure. Moreover, our protocol is designed to decrease propagation delays, which typically arise from the need for multiple nodes to relay information over longer distances. By limiting the number of forwarding nodes involved in the communication process, we can significantly enhance the speed and efficiency of message delivery. Another important feature of our routing protocol is its dynamic route construction procedure. This process is executed at the beginning of each communication round, allowing for the establishment of different routing paths between the sender and receiver for each round. This dynamic nature not only optimizes routing efficiency but also enhances security, as it becomes more difficult for potential eavesdroppers to predict communication paths. Overall, our proposed multi-hop routing protocol offers a promising solution for enhancing communication efficiency and security in wireless networks, while also fostering improved energy consumption and reduced propagation delays.

Keywords:

Mobile Wireless Networks; Route Allocation Scheme; Bernoulli Trials; Multi-hop Routing Protocol

 

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