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To predict whether a given building maintenance fine will be paid on time. Models: random forest, gradient boosted decision trees, linear regression optimized with regularization and c parameter

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Understanding and Predicting Property Maintenance Fines

Objective: to predict whether a given blight ticket will be paid on time.

This assignment is based on a data challenge from the Michigan Data Science Team (MDST).

The Michigan Data Science Team (MDST) and the Michigan Student Symposium for Interdisciplinary Statistical Sciences (MSSISS) have partnered with the City of Detroit to help solve one of the most pressing problems facing Detroit - blight. Blight violations are issued by the city to individuals who allow their properties to remain in a deteriorated condition. Every year, the city of Detroit issues millions of dollars in fines to residents and every year, many of these fines remain unpaid. Enforcing unpaid blight fines is a costly and tedious process, so the city wants to know: how can we increase blight ticket compliance?

The first step in answering this question is understanding when and why a resident might fail to comply with a blight ticket. This is where predictive modeling comes in.

All data has been provided to us through the Detroit Open Data Portal.

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To predict whether a given building maintenance fine will be paid on time. Models: random forest, gradient boosted decision trees, linear regression optimized with regularization and c parameter

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