CompStat

E496862

CompStat is a data-driven police management and accountability system that uses crime statistics and mapping to guide deployment and strategy.

All labels observed (1)

Label Occurrences
CompStat canonical 4

How this entity was disambiguated

Statements (50)

Predicate Object
instanceOf crime analysis program ⓘ
data-driven policing approach ⓘ
performance management system ⓘ
police management system ⓘ
aimsTo improve quality of life ⓘ
increase organizational accountability ⓘ
reduce crime ⓘ
alternativeName COMPSTAT ⓘ
Comparative Statistics ⓘ
Computerized Statistics ⓘ
associatedWith Jack Maple ⓘ
William J. Bratton ⓘ
category Crime mapping ⓘ
Law enforcement in the United States ⓘ
Police informatics ⓘ
criticizedFor overemphasis on quantitative metrics ⓘ
possible contribution to aggressive policing practices ⓘ
potential pressure to manipulate crime statistics ⓘ
developedBy New York City Police Department ⓘ
developedIn New York City ⓘ
developedInPeriod 1990s ⓘ
emphasizes effective tactics ⓘ
rapid deployment of resources ⓘ
relentless follow-up and assessment ⓘ
timely and accurate intelligence ⓘ
firstImplementedBy New York City Police Department ⓘ
hasComponent crime maps and charts ⓘ
performance indicators for precincts ⓘ
regular CompStat meetings ⓘ
hasKeyFeature command-level accountability ⓘ
follow-up and assessment ⓘ
frequent strategy meetings ⓘ
mapping of crime incidents ⓘ
problem-solving focus ⓘ
regular crime data analysis ⓘ
use of timely and accurate data ⓘ
hasPurpose guide police deployment ⓘ
improve police accountability ⓘ
inform crime reduction strategies ⓘ
monitor police performance ⓘ
implementedBy many large U.S. police departments ⓘ
various international police agencies ⓘ
influenced data-driven policing practices in the United States ⓘ
performance management systems in other police departments ⓘ
reliesOn computerized crime data systems ⓘ
geospatial analysis ⓘ
statistical analysis ⓘ
uses crime mapping ⓘ
crime statistics ⓘ
geographic information systems ⓘ

How these facts were elicited

Referenced by (4)

Full triples — surface form annotated when it differs from this entity's canonical label.