Human Satisfaction as the Ultimate Goal in Ridesharing
Chaya Levinger, Amos Azaria, Noam Hazon

TL;DR
This paper emphasizes that prioritizing human satisfaction in ridesharing algorithms, especially with autonomous vehicles, leads to better user experiences than solely optimizing for efficiency or cost.
Contribution
It introduces a practical algorithm that models human satisfaction in a detailed way, outperforming simpler optimal algorithms focused on efficiency.
Findings
Rich satisfaction models improve user experience
The proposed algorithm outperforms simpler optimal assignment methods
Prioritizing satisfaction enhances ridesharing adoption
Abstract
Transportation services play a crucial part in the development of modern smart cities. In particular, on-demand ridesharing services, which group together passengers with similar itineraries, are already operating in several metropolitan areas. These services can be of significant social and environmental benefit, by reducing travel costs, road congestion and co2 emissions. The deployment of autonomous cars in the near future will surely change the way people are traveling. It is even more promising for a ridesharing service, since it will be easier and cheaper for a company to handle a fleet of autonomous cars that can serve the demands of different passengers. We argue that user satisfaction should be the main objective when trying to find the best assignment of passengers to vehicles and the determination of their routes. Moreover, the model of user satisfaction should be rich…
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