International Conference on Automotive Engineering and Blockchain Applications (ICAEBA - 26)

This track focuses on the latest advancements in automotive engineering, emphasizing the integration of blockchain technology. Participants will explore how these innovations can enhance vehicle performance, safety, and sustainability.

This session examines the role of blockchain in predictive maintenance strategies within the automotive sector. It will highlight case studies and methodologies that leverage blockchain for improved asset management and operational efficiency.

This track delves into the application of supervised and unsupervised learning techniques for analyzing sensor data in vehicle systems. Participants will discuss methodologies for anomaly detection and feature extraction to enhance vehicle reliability.

This session explores the synergy between digital twin technology and blockchain applications in automotive engineering. Discussions will focus on how this integration can optimize processes and improve system monitoring.

This track investigates the implementation of smart contracts in automotive engineering workflows. It will cover the potential for automation and process optimization through decentralized agreements.

This session highlights the intersection of industrial IoT and blockchain technologies in enhancing automotive systems. Participants will explore innovative solutions for risk assessment and asset tracking using connected devices.

This track focuses on the methodologies for evaluating predictive models in automotive engineering. It will address the challenges and best practices for ensuring model reliability and accuracy in real-world applications.

This session examines the role of automation in streamlining workflows within the automotive industry. Discussions will include the impact of blockchain on enhancing transparency and efficiency in engineering processes.

This track explores innovative risk assessment strategies that leverage blockchain technology in automotive applications. Participants will discuss frameworks for identifying and mitigating risks associated with vehicle systems.

This session focuses on advanced feature extraction techniques for analyzing sensor data in automotive contexts. It will cover methodologies that enhance the predictive capabilities of machine learning models.

This track investigates the application of deep learning techniques for anomaly detection in automotive systems. Participants will discuss the effectiveness of these approaches in identifying faults and ensuring system integrity.