Analyze Demographic Profiles From SafeGraph Patterns Data
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SafeGraph Blog: Safegraph’s Data on Brick-And-Mortar Customer Demographics Is the Most Accurate and Comprehensive in the World
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SafeGraph Blog: Measuring and Correcting Sampling Bias in Safegraph Patterns for More Accurate Demographic Analysis
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Notebook: An Interactive Guide To Analyze Demographic Profiles from SafeGraph Patterns Data
Calculate Point-Of-Interest Square Feet From SafeGraph Geometry
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SafeGraph Blog: Using SafeGraph Polygons to Estimate Point-Of-Interest Square Footage
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Notebook: Estimating Retail Square Footage From SafeGraph Geometry
Calculate Statistics and Confidence Intervals from SafeGraph Patterns
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SafeGraph Blog: Demographic Profiles with Rigorous Statistics Using Safegraph Patterns Data
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Notebook: Analyze Demographic Profiles from SafeGraph Patterns Data - PART 3 Quantifying Statistical Certainty
Correlate 1st-Party Store Data with SafeGraph Patterns
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SafeGraph Blog: Step-by-Step Guide for Correlating Your First-Party Store Data with SafeGraph Patterns
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Notebook: How To Correlate Your Store Data With SafeGraph Patterns
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It is essential to normalize for a changing panel across time. See: Normalization Details on Covid19 Commerce Patterns Dashboard from SafeGraph
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It is often helpful to correct for geographic sampling bias. See Correcting Sampling bias for Demographic analysis
Calculate Fire and Co-Tenancy Risk for Insurance
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SafeGraph Blog: High Accuracy Points of Interest Geospatial and Category Data Leads to Better Insurance Risk Assessment
Using a Bayesian Hierarchical Model to Estimate County Stay-At-Home Rates
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Dashboard: SafeGraph Shelter in Place Dashboard
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Blog: Appendix: Bayesian Hierarchical Models and Empirical Bayes
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Notebook: Using a Bayesian Hierarchical Model to Estimate County Stay-At-Home Rates
Using SafeGraph Weekly Patterns Dataset to Serve as a Proxy for Discontinued Social Distancing Metrics