Driving the Future: Design and Implementation of an Advanced Smart Car Network Simulation Platform for Education

— Incorporating smart car network education into an academic setting often faces a substantial cost barrier. Traditionally, creating a realistic learning environment involved significant investments, such as procuring an actual smart car or specialized automotive-grade testing equipment. However, th...

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Veröffentlicht in:Mitteilungen Klosterneuburg Rebe und Wein Obstbau und Früchtevewertung 2024
Hauptverfasser: Humayed, Abdulmalik, Jabbari, Abdoh, Reegu, Faheem Ahmad, Uddin, Mueen, Masoodi, Faheem Syeed
Format: Artikel
Sprache:eng
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Zusammenfassung:— Incorporating smart car network education into an academic setting often faces a substantial cost barrier. Traditionally, creating a realistic learning environment involved significant investments, such as procuring an actual smart car or specialized automotive-grade testing equipment. However, these approaches pose challenges, especially in resource-constrained educational contexts. This project addresses these challenges by introducing an innovative solution—a smart car education platform. Our objective is to design and implement this platform using a limited number of microcontrollers and components extracted from modern vehicles, enabling the creation of a lifelike simulation of genuine smart car networks. By adopting this approach, we enhance accessibility for students interested in gaining practical insights into automotive networks, offering a more pragmatic and cost-effective educational pathway.
ISSN:0007-5922
0007-5922
DOI:10.61586/jP7mU