Overcoming the Last-Mile Problem with Transportation and Land-Use Improvements: An Agent-Based Approach

@inproceedings{Zellner2016OvercomingTL,
  title={Overcoming the Last-Mile Problem with Transportation and Land-Use Improvements: An Agent-Based Approach},
  author={Moira L. Zellner and Dean Massey and Yoram Shiftan and Jonathan Levine and Maria Josefa Arquero},
  year={2016}
}
Transit in the United States often suffers from the problem of inability to deliver travelers all the way from their point of origin to their destination. This “last-mile” problem is thought to deter transit use among riders with auto access, even when high quality transit service is provided for the majority of the trip distance. This study explores how transportation improvements, including automated driverless shuttles between origins of trips and nearby transit stations, and physical… 

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References

SHOWING 1-10 OF 23 REFERENCES

How Far, by Which Route and Why? A Spatial Analysis of Pedestrian Preference

This paper reports on a survey of pedestrian trips to transit that examined the trip lengths and route choices made by people walking to five rail transit stations in California and Oregon. In highly

Agent-Based Approach to Travel Demand Modeling: Exploratory Analysis

An agent-based travel demand model is developed in which travel demand emerges from the interactions of three types of agents in the transportation system: node, are, and traveler, which explicitly models the goal, knowledge, searching behavior, and learning ability of related agents.

Exploring the Influence of Urban Form on Work Travel Behavior with Agent-Based Modeling

This paper examines the effect of land use regulations on travel behavior by using agent-based modeling. A simulation model for a hypothetical urban area loosely based on the Chicago, Illinois,

Evaluating the Effect of Street Network Connectivity on First/Last Mile Transit Performance

This study defines a novel connectivity indicator (CI) to predict transit performance by identifying the role that street network connectivity plays in influencing the service quality of demand

Interchange Attributes Influencing Public-Transport User's Intention to Use Routes with Transfers

This study seeks to improve our understanding of the “transfer penalty” that is created in the minds of public-transport users for routes with interchanges. The results of the study are on the major

Models of Transportation and Land Use Change: A Guide to the Territory

Modern urban regions are highly complex entities. Despite the difficulty of modeling every relevant aspect of an urban region, researchers have produced a rich variety of models dealing with