Réseau de transport & mobilité partagée

Articles ciblés sur la problématique :

Les approches demand-driven et offer-driven sont complémentaires ; l’utilisation d’un réseau (hubs, PUDO, lignes) pour concentrer les flux permet de gagner en efficacité.

62 articles — 2000–2026

Tableau récapitulatif

Liste des articles

• Agatz Niels; Erera Alan; Savelsbergh Martin; Wang Xing (2012) — Optimization for dynamic ride-sharing: A review
• Alonso-Mora Javier; Samaranayake Samitha; Wallar Alex; Frazzoli Emilio; Rus Daniela (2017) — On-demand high-capacity ride-sharing via dynamic trip-vehicl
• Araldo Andrea; Di Maria Andrea; Di Stefano Antonella; Morana Giovanni (2019) — On the Importance of demand Consolidation in Mobility on Dem
• Arnold Thomas; Frost Matthew; Timmis Andrew; Dale Simon; Ison Stephen (2023) — Mobility Hubs: Review and Future Research Direction
• Aïvodji Ulrich Matchi; Gambs Sébastien; Huguet Marie-Jo; Killijian Marc-Olivier (2016) — Meeting points in ridesharing: A privacy-preserving approach
• Blad Koen; de Almeida Correia Gonçalo Homem; van Nes Rob; Annema Jan Anne (2022) — A Methodology to Determine Suitable Locations for Regional S
• Brake Jenny; Mulley Corinne; Nelson John D.; Wright Steve (2007) — Key lessons learned from recent experience with Flexible Tra
• Braverman Anton; Dai J. G.; Liu Xin; Ying Lei (2019) — Empty-Car Routing in Ridesharing Systems
• Calabrò Giovanni; Araldo Andrea; Oh Simon; Seshadri Ravi; Inturri Giuseppe; Ben-Akiva Moshe (2023) — Adaptive Transit Design: Optimizing Fixed and Demand Respons
• Campbell James F.; O’Kelly Morton E. (2012) — Twenty-Five Years of Hub Location Research
• Cordeau Jean-François; Laporte Gilbert (2007) — The dial-a-ride problem: models and algorithms
• Czioska Paul; Trifunović Aleksandar; Dennisen Sophie; Sester Monika (2017) — Location- and time-dependent meeting point recommendations f
• Czioska Paul; Kutadinata Ronny; Trifunović Aleksandar; Winter Stephan; Sester Monika; Friedrich Bernhard (2019) — Real-world Meeting Points for Shared Demand-Responsive Trans
• Daganzo Carlos F. (2010) — Structure of competitive transit networks
• Fagnant Daniel J.; Kockelman Kara M. (2018) — Dynamic Ride-Sharing and Fleet Sizing for a System of Shared
• Fan Wenbo; Gu Weihua; Xu Meng (2024) — Optimal Design of Ride-Pooling as On-Demand Feeder Services
• Fielbaum Andres; Bai Xiaoshan; Alonso-Mora Javier (2021) — On-demand ridesharing with optimized pick-up and drop-off wa
• Frank Leonie; Dirks Niklas; Walther Grit (2021) — Improving Rural Accessibility by Locating Multimodal Mobilit
• Furuhata Masabumi; Dessouky Maged M.; Ordóñez Fernando; Brunet Marc-Etienne; Wang Xiaoqing; Koenig Sven (2013) — Ridesharing: The State-of-the-Art and Future Directions
• Gschwender Antonio; Jara-Diaz Sergio; Bravo Claudia (2016) — Feeder-trunk or direct lines? Economies of density, transfer
• Gurumurthy Krishna Murthy; Kockelman Kara M. (2022) — Dynamic ride-sharing impacts of greater trip demand and aggr
• Hyland Michael; Mahmassani Hani S. (2018) — Dynamic autonomous vehicle fleet operations: Optimization-ba
• Iglesias Ramon; Rossi Federico; Wang Kuan; Hallac David; Leskovec Jure; Pavone Marco (2018) — Data-Driven Model Predictive Control of Autonomous Mobility-
• Iglesias Ramon; Rossi Federico; Zhang Rick; Pavone Marco (2019) — A BCMP Network Approach to Modeling and Controlling Autonomo
• Kucharski Rafal; Cats Oded (2020) — Exact matching of attractive shared rides (ExMAS) for system
• Kucharski Rafal; Cats Oded (2024) — Hyper-Pool: Pooling Private Trips into High-Occupancy Transi
• Kumar Pramesh; Khani Alireza (2021) — An Algorithm for Integrating Peer-to-Peer Ridesharing and Sc
• Li Xin; Hu Sangen; Fan Wenbo; Deng Kai (2018) — Modeling an enhanced ridesharing system with meet points and
• Liao Feixiong; Molin Eric; Timmermans Harry; van Wee Bert (2025) — Network-based pick-up and drop-off location optimization for
• Lotze Charlotte; Marszal Philip; Schröder Malte; Timme Marc (2022) — Dynamic stop pooling for flexible and sustainable ride shari
• Lotze Charlotte; Marszal Philip; Schröder Malte; Timme Marc (2023) — Taming Travel Time Fluctuations through Adaptive Stop Poolin
• Ma Shuo; Zheng Yu; Wolfson Ouri (2013) — T-share: A large-scale dynamic taxi ridesharing service
• Maheo Arthur; Kilby Philip; Van Hentenryck Pascal (2019) — Benders Decomposition for the Design of a Hub and Shuttle Pu
• Martin-Iradi Bernardo; Schmid Alexandria; Cummings Kayla; Jacquillat Alexandre (2024) — A Double Decomposition Algorithm for Network Planning and Op
• Masoud Neda; Nam Daisik; Yu Jiangbo; Jayakrishnan R. (2017) — Promoting Peer-to-Peer Ridesharing Services as Transit Syste
• Molenbruch Yves; Braekers Kris; Caris An (2017) — Typology and literature review for dial-a-ride problems
• Molkenthin Nora; Schroder Malte; Timme Marc (2020) — Topological universality of on-demand ride-sharing efficienc
• Mourad Abood; Puchinger Jakob; Chu Chengbin (2019) — A survey of models and algorithms for optimizing shared mobi
• Masoud Neda; Jayakrishnan R. (2017) — A real-time algorithm to solve the peer-to-peer ride-matchin
• Ng Max T.M.; Dandl Florian; Mahmassani Hani S.; Bogenberger Klaus (2026) — Semi-on-Demand Hybrid Transit Route Design with Shared Auton
• Nourbakhsh Seyed Mohammad; Ouyang Yanfeng (2012) — A Structured Flexible Transit System for Low Demand Areas
• Pavone Marco; Smith Stephen L.; Frazzoli Emilio; Rus Daniela (2012) — Robotic Load Balancing for Mobility-on-Demand Systems
• Chen Peng; Nie Yu Marco (2017) — Analysis of an Idealized System of Demand Adaptive Paired-Li
• Chen Peng; Nie Yu Marco (2018) — Optimal Design of Demand Adaptive Paired-Line Hybrid Transit
• Dieter Peter; Stumpe Miriam; Ulmer Marlin W.; Schryen Guido (2023) — Anticipatory Assignment of Passengers to Meeting Points for
• Quadrifoglio Luca; Hall Randolph W.; Dessouky Maged M. (2006) — Performance and Design of Mobility Allowance Shuttle Transit
• Salazar Mauro; Lanzetti Nicolas; Rossi Federico; Schiffer Maximilian; Pavone Marco (2020) — Intermodal Autonomous Mobility-on-Demand
• Santi Paolo; Resta Giovanni; Szell Michael; Sobolevsky Stanislav; Strogatz Steven H.; Ratti Carlo (2014) — Quantifying the benefits of vehicle pooling with shareabilit
• Simonetto Andrea; Monteil Julien; Gambella Claudio (2019) — Real-time City-scale Ridesharing via Linear Assignment Probl
• Sipetas Charalampos; Gonzales Eric J. (2021) — Continuous Approximation Model for Hybrid Flexible Transit S
• Soza-Parra Jaime; Kucharski Rafal; Cats Oded (2022) — The shareability potential of ride-pooling under alternative
• Spieser Kevin; Treleaven Kyle; Zhang Rick; Frazzoli Emilio; Morton David; Pavone Marco (2014) — Toward a Systematic Approach to the Design and Evaluation of
• Stiglic Mitja; Agatz Niels; Savelsbergh Martin; Gradisar Mirko (2015) — The benefits of meeting points in ride-sharing systems
• Stiglic Mitja; Agatz Niels; Savelsbergh Martin; Gradisar Mirko (2016) — Making Dynamic Ride-Sharing Work: The Impact of Driver and R
• Stiglic Mitja; Agatz Niels; Savelsbergh Martin; Gradisar Mirko (2018) — Enhancing Urban Mobility: Integrating Ride-Sharing and Publi
• Stiglic Mitja; Agatz Niels; Savelsbergh Martin; Gradisar Mirko (2019) — A Ride-Sharing Problem with Meeting Points and Return Restri
• Tachet Remi; Sagarra Oleguer; Santi Paolo; Resta Giovanni; Szell Michael; Strogatz Steven H.; Ratti Carlo (2017) — Scaling Law of Urban Ride Sharing
• Vazifeh Mohammed M.; Santi Paolo; Resta Giovanni; Strogatz Steven H.; Ratti Carlo (2018) — Addressing the minimum fleet problem in on-demand urban mobi
• Wang Jiachuan; Cheng Peng; Zheng Libin; Chen Lei; Zhang Wenjie (2022) — Online Ridesharing with Meeting Points
• Wang Zifan; Hyland Michael F.; Bahk Younghun; Sarma Navjyoth J.S. (2022) — On Optimizing Shared-ride Mobility Services with Walking Leg
• Xanthopoulos Stathis; van der Tuin Maaike; Sharif Azadeh Shadi; de Almeida Correia Gonçalo Homem; van Oort Niels; Snelder Maaike (2024) — Optimization of the Location and Capacity of Shared Multimod
• Zhang Rick; Pavone Marco (2016) — Control of Robotic Mobility-on-Demand Systems: A Queueing-Th