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a-longitudinal-study-of-bike-infrastructure-impact-on-bike-share-system-performance

bike share system (Citi Bike)

beijingtaxivectorfield

bmwproject

bqx_av_simulation

citibikepass_bootstrapped

Bootstrapped Citi Bike pass choice data

data-of-numerical-example-for-bimodal-system

The data that is used for the numerical example of bimodal system

data_bimodal_ridesharing

This repository includes the data of bimodal ridesharing paper

destinationrecomod

MATLAB function codes for destination recommendation mobility-on-demand (MOD) system

elsevierbook

For answer submission of Elsevier book

equitable-zone-design-algorithm

evquarium

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.

excel-spreadsheet-for-cumulative-prospect-theory-application

fleet-demand-platform

A fleet-based simulation platform that connects MATSim with external ride-pooling simulators

flexbus

Flexible Bus Protocol

fm-lm-demand-simulation

fta_transitsystems

Theses 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 example.

glam-logit

google-map-api-query-program-and-documentation

This is a program for getting google map API information

io-validation

iterative-balancing-for-entropy-maximization

Demonstration of the Iterative Balancing Algorithm outlined in Davis 2023

maas-platform-equilibrium

mast

another implementation of a flexible bus system

matlab-code-for-adaptive-network-design-problem

matlab-code-for-g-sharp-genetic-algorithm

matlab-code-for-invhapp

The code is for the inverse optimization model in this paper: Chow, J.Y.J., Recker, W.W., 2012. Inverse optimization with endogenous arrival time constraints to calibrate the household activity pattern problem, Transportation Research Part B 46(3), 463-479. Note: unfortunately, a bug was found in the code after publishing the paper, it has since been fixed. Note that while this code is used to calibrate HAPP, it can also be modified to calibrate any multiobjective VRP where the objective parameters and/or arrival time constraints are not known with absolute certainty.

matlab-code-for-mo-rbf-multiobjective-heuristic

matlab-code-for-parameter-and-state-estimation-of-chaotic-series

matlab-code-for-rbfcndp

matlab-script-for-multimodal-happ-model-milp-construction

matlab-script-for-obtaining-market-equilibrium-of-multimodal-design