Abstract
The thesis "Exploring Autonomous Bus Interlining for Public Transport" embarks on an in-depth exploration into the integration of autonomous buses within public transit systems, emphasizing the concept of interlining – a strategic approach where buses operate across multiple routes. This research is pivotal in understanding the potential transformation autonomous buses can bring to urban mobility, offering insights into operational strategies, service efficiency, and the broader impact on urban transport infrastructure.
Commencing with a thorough literature review, the thesis examines existing research on autonomous vehicle technology in public bus operations. It critically analyzes the technological advancements, operational challenges, and potential impacts of autonomous buses, setting a solid foundation for the subsequent empirical investigations.
In a distinctive comparative analysis, the thesis delves into the autonomous bus systems of London and Singapore. This comparison is instrumental in revealing how different urban contexts, with their unique operational challenges and policy environments, approach the deployment and management of autonomous bus services. Key areas of focus include network design, frequency of service, regulatory considerations, and the degree of coordination between various stakeholders.
Building on these case studies, the research then transitions to a critical discussion on the implications of these findings for autonomous bus interlining. The discussion encompasses essential factors such as route convergence, demand patterns, fleet flexibility, and the utilization of real-time data for operational decisions. The thesis also examines the role of advanced optimization algorithms and the importance of integrated planning in enhancing the effectiveness of interlining strategies.
One of the core contributions of this thesis is the development of a comprehensive set of guidelines for effective interlining in autonomous bus systems. These guidelines are informed by both the theoretical and empirical findings of the research, offering practical insights into operational flexibility, cost efficiency, environmental sustainability, and the social implications of autonomous bus integration. The guidelines serve as a valuable resource for urban planners and transit authorities, providing a roadmap for the successful implementation and management of autonomous bus networks.
The thesis concludes with a reflective overview of the broader implications of autonomous bus interlining for future urban mobility. It underscores the transformative potential of autonomous buses, envisioning a future where public transport systems are more efficient, sustainable, and adaptive to the evolving needs of urban populations. The research presented in this thesis not only contributes to the academic discourse on autonomous vehicles in public transit but also provides a strategic framework for policymakers and industry practitioners in navigating the complexities of this emerging technology.