Intelligent Traffic Control with Smart Speed Bumps

TL;DR

This paper presents the Smart Speed Bump (SSBump), an IoT-enabled traffic calming system using adaptive non-Newtonian fluids to improve safety, emergency response, and traffic management in urban environments.

Contribution

The paper introduces the innovative SSBump system that combines IoT sensors and adaptive materials for enhanced traffic control and safety in smart cities.

Findings

Reduces emergency response times by deflating the bump for approaching vehicles.

Uses adaptive non-Newtonian fluid to improve ride comfort and safety.

Demonstrates potential to revolutionize traffic management in urban areas.

Abstract

Traffic congestion and safety continue to pose significant challenges in urban environments. In this paper, we introduce the Smart Speed Bump (SSBump), a novel traffic calming solution that leverages the Internet of Things (IoT) and innovative non-Newtonian fluid materials to enhance road safety, optimize emergency response times, and improve the overall driving experience. The SSBump uses IoT sensors to detect and communicate with emergency vehicles, reducing response times by temporarily deflating. These sensors also analyze traffic patterns and inform data-driven decisions. Additionally, the SSBump uses an Oobleck mixture that adapts its behavior based on the velocity of approaching vehicles, resulting in a safer and more comfortable experience for drivers. This study commences with an overview of the prevalent traffic congestion, followed by a discussion on various available options in this domain. Subsequently, the paper explores the advantages of smart speed bumps and their operational mechanisms. Finally, it presents a comprehensive analysis of the results, its challenges, and the prospects of the work. The findings of this research demonstrate the potential of the SSBump system to revolutionize traffic control, emergency response time, and the driving experience in smart cities, making it a game-changing innovation for advanced transportation systems.