Minimum Viable Model

Jeffrey Gonder; Victor Walker

Minimum Viable Model

Jeffrey Gonder
, Victor Walker

Center for Integrated Mobility Sciences

Idaho National Laboratory

Research output: NLR › Management

Abstract

Transportation modeling is a critical part of the effort to understand the future of mobility. Traditional methods for performing this modeling have required heavy investment in development and computing resources.However, refining the approach to focus on the specifics of the questions being asked and considering the relative uncertainty of the assumptions can lead to much more focused approaches, helping to answer relevant questions with much less modeling overhead. This project is a scoping study to look at questions, options, and methods for creating a minimum viable model (MVM) necessary to answer transportation modeling questions.

Original language	American English
Publisher	National Laboratory of the Rockies (NLR)
Number of pages	4
State	Published - 2020

Bibliographical note

See the Vehicle Technologies Office Analysis Program 2019 Annual Progress Report at https://www.energy.gov/sites/prod/files/2020/06/f76/VTO_2019_APR_ANALYSIS_compliant_052020.pdf

NLR Publication Number

NREL/MP-5400-78524

Keywords

minimum viable model (MVM)
mobility
transportation modeling

Cite this

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title = "Minimum Viable Model",

abstract = "Transportation modeling is a critical part of the effort to understand the future of mobility. Traditional methods for performing this modeling have required heavy investment in development and computing resources.However, refining the approach to focus on the specifics of the questions being asked and considering the relative uncertainty of the assumptions can lead to much more focused approaches, helping to answer relevant questions with much less modeling overhead. This project is a scoping study to look at questions, options, and methods for creating a minimum viable model (MVM) necessary to answer transportation modeling questions.",

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Y1 - 2020

N2 - Transportation modeling is a critical part of the effort to understand the future of mobility. Traditional methods for performing this modeling have required heavy investment in development and computing resources.However, refining the approach to focus on the specifics of the questions being asked and considering the relative uncertainty of the assumptions can lead to much more focused approaches, helping to answer relevant questions with much less modeling overhead. This project is a scoping study to look at questions, options, and methods for creating a minimum viable model (MVM) necessary to answer transportation modeling questions.

AB - Transportation modeling is a critical part of the effort to understand the future of mobility. Traditional methods for performing this modeling have required heavy investment in development and computing resources.However, refining the approach to focus on the specifics of the questions being asked and considering the relative uncertainty of the assumptions can lead to much more focused approaches, helping to answer relevant questions with much less modeling overhead. This project is a scoping study to look at questions, options, and methods for creating a minimum viable model (MVM) necessary to answer transportation modeling questions.

KW - minimum viable model (MVM)

KW - mobility

KW - transportation modeling

M3 - Management

PB - National Laboratory of the Rockies (NLR)

ER -

Minimum Viable Model

Abstract

Bibliographical note

NLR Publication Number

Keywords

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Cite this