Secure Mobility: EHDSORP and LMNOP Protocols in Vehicular Ad-Hoc Sensor Networks for Efficient Routing

Abstract

The main aim of the research is to develop Secure Mobility: EHDSORP and LMNOP Protocols in VANET. Automobile networks have been the focus of growing amounts of research from academia and business as a method to improve traffic safety and provide drivers and passengers with real-time data. Beyond that, however, what is driving the expansion of VANETs is the need for a safe and secure network in moving vehicles. As the integration of Vehicular Sensor Networks (VSNs) becomes ubiquitous, the need for robust security and efficient routing mechanisms intensifies. EHDSORP (Enhanced Hybrid Dynamic Source Routing Protocol) and LMNOP (Location-based Mobility and Network Optimization Protocol). EHDSORP fortifies communication by implementing adaptive strategies and robust encryption, ensuring data integrity in dynamic vehicular environments. LMNOP, on the other hand, employs location-based insights to optimize routing paths, thereby enhancing overall network efficiency. This dissertation meticulously explores the design, implementation, and performance of EHDSORP and LMNOP within the context of VSNs. Through a comprehensive analysis of security features, routing efficiency, and adaptability to dynamic scenarios, the protocols' effectiveness is evaluated. The empirical validation, conducted in realistic vehicular environments, provides insights into their realworld applicability. The findings of this research contribute to the advancement of secure mobility in VSNs, offering a deeper understanding of the challenges and opportunities presented by EHDSORP and LMNOP. Ultimately, this work aims to propel the field forward, providing valuable contributions to the intersection of secure communication, mobility, and efficiency in Vehicular Sensor Networks. The suggested model outperforms the comparable current procedures, according to the assessment performed using the MATLAB simulation tool. Hence, the EHDSORP and LMNOP protocol was appropriate for real-time applications.