Voir la source de Dynamic Ride Sharing D-RIDE-AMS

{{Ressource
|shortDescription=The Dynamic Ride Sharing (D-RIDE) is a car-pooling (car-sharing) application that provides drivers and riders with information which supports them making decisions on the model and route to complete their trip
|Main_Picture=fabmobimage.45.jpg
|url=https://www.itsforge.net/community/explore-applications#/45/124
|description=The D-RIDE supports the use of non-transit ride-sharing options including carpooling and vanpooling and improving the accuracy of vehicle occupancy counting. This algorithm is designed to calculate the pick-up and drop-off sequence for a given set of vehicles to transport given passengers. Each passenger has a specific time window requirement for picking up and dropping off. The D-RIDE algorithm can minimize the number of required vehicles and travel the shortest distance to meet all the passengers' requirements.The application provides a car-pooling system in which drivers and riders arrange trips within a relatively short time in advance of departure. A person could arrange daily transportation to reach a variety of destinations, including those that are not serviced by transit. Used on a one-time, trip-by-trip basis, and would provide drivers and riders with the flexibility of making real-time transportation decisions. The application in this repository, developed by Arizona State University as part of the &#34;Analysis, Modeling, and Simulation (AMS) Testbeds for the DMA and ATDM Program&#34; project, is an optimization model which can take a list of vehicles and passenger demands and optimize them to output a list of vehicle pick-up and delivery sequences. Please note that the application is currently a limited prototype and was used for optimizing pick-up/delivery schedules of up to 100 passengers during the project. It can be used by transit agencies and researchers to evaluate feasibility of car-sharing system for a given transit Origin-Destination table. An example of input file-structure and output is provided in the repository.
|Tags=covoiturage, opimisation, ride-sharing, fabmob, commun, dynamique, trajet
}}