BUILT@NYU
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- Brooklyn, New York
- https://wp.nyu.edu/built/
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Network-learning-via-multi-agent-inverse-transportation-problems
Network-learning-via-multi-agent-inverse-transportation-problems PublicDespite the ubiquity of transportation data, statistical inference methods alone are not able to explain mechanistic relations within a network. Inverse optimization methods that capture network st…
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FTA_TransitSystems
FTA_TransitSystems PublicTheses are codes for the simulation of fixed route, flexible route, and door-to-door service. Some parameters are originated from MTA B63 Bus route, connecting Cobble Hill and Bay Ridge, as an exam…
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transit-flow-estimation
transit-flow-estimation PublicTwo tools (schedule-based, static) provided for transit flow estimation. Assignment algorithms can be used independently.
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ShoolBusRouting_MixedRide
ShoolBusRouting_MixedRide PublicThis repository stores the data and scripts for the paper: A school bus routing problem with a mixed ride, mixed load, and heterogeneous fleet
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Repositories
- PV2VC Public
BUILTNYU/PV2VC’s past year of commit activity - GLAM-Logit Public
BUILTNYU/GLAM-Logit’s past year of commit activity - MaaS-Platform-Equilibrium Public
BUILTNYU/MaaS-Platform-Equilibrium’s past year of commit activity - ridepooling Public
NOMAD-RPS is a dynamic ride-pooling simulator that uses a non-myopic cost function approximation policy to make sequential decisions and find the best matches between riders and vehicles in the system
BUILTNYU/ridepooling’s past year of commit activity - ridepooling-with-transfers Public
This simulator uses a proposed non-myopic cost function approximation policy to allow passengers to have synchronized transfers within a ride-pooling system.
BUILTNYU/ridepooling-with-transfers’s past year of commit activity - Fleet-Demand-Platform Public
A fleet-based simulation platform that connects MATSim with external ride-pooling simulators
BUILTNYU/Fleet-Demand-Platform’s past year of commit activity - Iterative-Balancing-for-Entropy-Maximization Public
Demonstration of the Iterative Balancing Algorithm outlined in Davis 2023
BUILTNYU/Iterative-Balancing-for-Entropy-Maximization’s past year of commit activity - EVQUARIUM Public
EVQUARIUM is an evaluation tool that quantifies the accessibility of EV charging station locations using queueing and graph theory. Given a zonal distribution of EVs with access times to charging stations, it outputs the access patterns and social impacts under equilibrium.
BUILTNYU/EVQUARIUM’s past year of commit activity
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