BIG DATA AND BIG CITIES: THE PROMISES AND LIMITATIONS OF IMPROVED MEASURES OF URBAN LIFE

Большие данные и большие города: перспективы и ограничения улучшенных измерений городской жизни
Edward L. Glaeser, Nikhil Naik, Michael Luca, Scott Duke Kominers
2016-07-12

Google Street View imagerybig dataincome predictionurban data sourceswillingness to pay for urban amenities
New, “big data” sources allow measurement of city characteristics and outcome variables at higher collection frequencies and more granular geographic scales than ever before. However, big data will not solve large urban social science questions on its own. Big urban data has the most value for the study of cities when it allows measurement of the previously opaque, or when it can be coupled with exogenous shocks to people or place. We describe a number of new urban data sources and illustrate how they can be used to improve the study and function of cities. We first show how Google Street View images can be used to predict income in New York City, suggesting that similar imagery data can be used to map wealth and poverty in previously unmeasured areas of the developing world. We then discuss how survey techniques can be improved to better measure willingness to pay for urban amenities. Finally, we explain how Internet data is being used to improve the quality of city services. (JELR1, C8, C18)
1
Big data sources enable higher-frequency and more granular measurement of city characteristics and outcomes than previously possible.
2
Big urban data is most valuable when it measures previously opaque phenomena or is combined with exogenous shocks to people or places.
3
Google Street View imagery can be used to predict income in New York City, implying imagery can map wealth and poverty in unmeasured developing-world areas.
4
Improved survey techniques can better measure willingness to pay for urban amenities.
5
Internet data can be used to improve the quality of city services.

Big urban data sources and datasets used to measure city characteristics and outcomes (e.g., Google Street View imagery, Internet data, survey data)

Improved measurement of urban life — mapping wealth/poverty, measuring willingness to pay for urban amenities, and enhancing city service quality using high-frequency, high-granularity big data and their coupling with exogenous shocks

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2016-07-12
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Edward L. Glaeser
Nikhil Naik
Michael Luca
Scott Duke Kominers
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