Signal Detection Method Based on Data Characteristics in Vehicular Ad Hoc Networks

In the area of vehicular ad hoc networks (VANETs), efficient data transmission stands as a cornerstone for ensuring dependable communication. This paper focuses on the key role of optimizing antenna configuration concerning data volumes to improve communication efficiency within VANETs. To attain efficient data transmission and improve user experience, we analyze and compare the influence of varied data volumes and antenna settings on communication quality stemming from bit error rate performance. Through experimental validation across diverse signal detection scenarios, disparities in performance across different antenna configurations are confirmed, thereby furnishing invaluable insights into the efficacy of dynamically selecting antenna configurations based on data volumes. In essence, this paper aims to demonstrate the intricacies of optimizing antenna settings to adaptly navigate fluctuations in transmitted data volumes, thereby increasing communication efficiency and ensuring robust communication in VANETs.