How to share public space among users based on their means of transportation?

Searched over 200M research papers

Research Analysis by Consensus

Consensus Meter

Yes

Possibly

Sharing Public Space Among Users Based on Their Means of Transportation

Integration of Ride-Sharing and Public Transit

Integrating ride-sharing with public transit can significantly enhance urban mobility by providing fast, reliable, and affordable transfers to and from transit stations, especially in suburban areas. This seamless integration can improve the overall mobility of residents and reduce the reliance on private vehicles. The use of advanced ride-matching technology is crucial to support this system, ensuring efficient and effective ride-sharing solutions.

Role of Shared Mobility Services in Sustainable Urban Mobility

Shared mobility services (SMS) such as car-, bike-, and e-scooter-sharing have proliferated in many cities, contributing to the transition towards a less car-centric mobility system. These services can potentially replace private car travel, thus promoting sustainable urban mobility. However, they also pose challenges, such as drawing users away from public transit and cycling, and obstructing public space. Effective governance and regulation of SMS are essential to steer their growth towards sustainability, ensuring equitable access and minimizing conflicts between service providers and public authorities.

Travel Behaviors and Socio-Economic Impacts of Shared Transportation

Shared transportation significantly impacts daily life, socio-economic development, and the environment. Research highlights the importance of understanding travel behaviors, user characteristics, and the socio-economic impacts of shared transportation to inform sustainable urban transportation planning. Key determinants such as traffic satisfaction, development planning, and policies play a crucial role in shaping the future of shared transportation.

Personalized Public Transportation Data Sharing

The integration and sharing of heterogeneous public transportation data can enhance personalized and adaptable services for citizens. Utilizing technologies like Solid (social linked data) and semantic web, diverse data types can be unified and visualized, facilitating better public transportation data management and sharing. This approach can improve the efficiency and effectiveness of public transportation services by providing personalized data to users.

Multimodal Car- and Ride-Sharing Solutions

The multimodal car- and ride-sharing problem (MMCRP) involves using a pool of cars to cover ride requests while assigning uncovered requests to other modes of transport. This system allows for ride-sharing between users with different origins and destinations, optimizing vehicle usage and reducing travel time and gas consumption. Implementing such systems in cities like Vienna has shown promising results in improving urban mobility.

User Classes for Shared and Automated Mobility Services

Identifying user classes for new shared mobility services, such as free-floating car-sharing and shared automated vehicles, is essential for understanding their potential impact on urban travel behavior. Higher educated and more time-sensitive individuals are more inclined to favor these new modes. Commuters currently using a combination of car and public transport show a high preference for shared automated vehicles and free-floating car-sharing, highlighting the potential for these services to reduce reliance on private cars.

Conclusion

Sharing public space among users based on their means of transportation requires a multifaceted approach that integrates ride-sharing with public transit, promotes shared mobility services, and leverages advanced data-sharing technologies. By understanding travel behaviors and socio-economic impacts, and identifying user preferences, cities can develop sustainable and efficient transportation systems that cater to diverse mobility needs. Effective governance and regulation are crucial to ensure the equitable and sustainable growth of shared mobility services, ultimately enhancing urban mobility and reducing the reliance on private vehicles.