Paper Type
ERF
Abstract
Rural areas face significant mobility challenges due to low population density, limited public transportation, and a high dependence on private vehicles, leading to restricted access for non-vehicle owners and environmental issues. This paper presents a decision support system (DSS) currently developed within the NeMo.bil project, which explores a swarm-based, on-demand mobility system using autonomous vehicles to address these challenges. The DSS integrates strategic fleet planning with real-time operational planning to optimize resource allocation and demand response. A sample use case illustrates how the tool is intended to support decision-making for fleet sizing and configuration in rural regions. As this research is ongoing, we present a preliminary concept of the DSS and outline future research directions.
Paper Number
1655
Recommended Citation
Stumpe, Miriam; Speckenmeyer, Philipp; Schryen, Guido; Kleinjohann, Lisa; and Weskamp, Christoph, "Planning a Swarm-Based Mobility System with Autonomous Vehicles for Sustainable and Flexible Transportation in Rural Areas" (2025). AMCIS 2025 Proceedings. 19.
https://aisel.aisnet.org/amcis2025/sig_green/sig_green/19
Planning a Swarm-Based Mobility System with Autonomous Vehicles for Sustainable and Flexible Transportation in Rural Areas
Rural areas face significant mobility challenges due to low population density, limited public transportation, and a high dependence on private vehicles, leading to restricted access for non-vehicle owners and environmental issues. This paper presents a decision support system (DSS) currently developed within the NeMo.bil project, which explores a swarm-based, on-demand mobility system using autonomous vehicles to address these challenges. The DSS integrates strategic fleet planning with real-time operational planning to optimize resource allocation and demand response. A sample use case illustrates how the tool is intended to support decision-making for fleet sizing and configuration in rural regions. As this research is ongoing, we present a preliminary concept of the DSS and outline future research directions.
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