Crowdsourcing Bikeshare Transit Planning: An Empirical ... · Crowdsourcing Bikeshare Transit...

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Crowdsourcing Bikeshare Transit Planning: An Empirical

Analysis of Washington DC and New York City

R² = 0.0042

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Average # of Bike Transactions (10 min. interval)

Weekday Transactions vs. Votes per Voronoi Region

R² = 0.0135

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Average # Bike Transactions (10 min. interval)

Weekend Transactions vs. Votes per Voronoi Region

Voronoi Regions

Zipcode

R² = 0.2709

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0 2 4 6 8 10 12

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Average # of Bike Transactions (10 min. interval)

Weekday Transactions vs. Votes per Zipcode

R² = 0.334

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Average # of Bike Transactions (10 min. interval)

Weekend Transactions vs. Votes per Zipcode

Voronoi Regions

R² = 0.0235

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Average # of Bike Transactions (2 min. interval)

Weekday Transactions vs. Votes per Voronoi Region

R² = 0.0002

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0 0.02 0.04 0.06 0.08 0.1 0.12 0.14 0.16

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Average # of Bike Transactions (2 min. interval)

Weekend Transactions vs. Votes per Voronoi Region

Zipcode

R² = 0.0005

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Average # of Bike Transactions (2 min. interval)

Weekday Transactions vs. Vote Count (400m)

R² = 0.1477

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0 0.02 0.04 0.06 0.08 0.1 0.12 0.14 0.16 0.18 0.2

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Average # of Bike Transactions (2 min. interval)

Weekend Transactions vs. Vote Count (400m)

324 existing stations; 10,000 suggested stations; 65,000 votes238 existing stations; 3,000 suggested stations; 11,000 votes

Stations and suggestions were partitioned in different ways for analysis

We studied the historical usage data for both Capital Bikeshare and CitiBike to find the answer to

two questions about the effects of crowdsourcing urban planning on bikeshare systems

Does bikeshare system usage reflect crowdsourced suggestions….?

Does the placement of new stations reflect crowdsourced suggestions…?

FindingsActual system usage by region does not strongly correlate with crowdsourced requests and suggestions

Larger groupings of suggestions had stronger correlations in general with actual station usage

Station placement over time does indicate an effort to respond to the crowdsourced data

Human-Computer

Interaction Lab

Cy Neita | cyneita@gmail.com

Joseph Owen | josephowen92@gmail.com

Jon Froehlich | jonf@cs.umd.edu

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