Optimal Selection of Police Patrol Beats

@article{Mitchell1972OptimalSO,
  title={Optimal Selection of Police Patrol Beats},
  author={Phillip S. Mitchell},
  journal={Journal of Criminal Law \& Criminology},
  year={1972},
  volume={63},
  pages={577}
}
  • P. S. Mitchell
  • Published 1 December 1972
  • Law
  • Journal of Criminal Law & Criminology
Dr Phillip S. Mitchell is a Law Enforcement Consultant and an Associate Professor of Quantitative Methods at California State University, Fullerton, California and serves on the Research & Development Task Force of the California Council on Criminal Justice.

Tables from this paper

Modelling policing strategies for departments with limited resources

Crime prevention is a major goal of law-enforcement agencies. Often, these agencies have limited resources and officers available for patrolling and responding to calls. However, patrolling and

Equity in the Police Districting Problem: Balancing Territorial and Racial Fairness in Patrolling Operations

The Police Districting Problem concerns the definition of patrol districts that distribute police resources in a territory in such a way that high-risk areas receive more patrolling time than

Equity in the Police Districting Problem: Balancing Territorial and Racial Fairness in Patrolling Operations

Objectives The Police Districting Problem concerns the definition of patrol districts that distribute police resources in a territory in such a way that high-risk areas receive more patrolling time

Equity in the Police Districting Problem: Balancing Territorial and Racial Fairness in Patrolling Operations

Objectives The Police Districting Problem concerns the definition of patrol districts that distribute police resources in a territory in such a way that high-risk areas receive more patrolling time

Police Districting Problem: Literature Review and Annotated Bibliography

This chapter provides a systematic review of the literature related to the police districting problem, whose history dates back to almost 50 years ago, in terms of attributes and solution methodology adopted.

A Decision Support System for predictive police patrolling

A comparison of evaluation methods for police patrol district designs

Three different methods for scoring district designs are evaluated: a closed form probability based approach, a discrete-event simulation based on hypercube models for spatial queuing systems, and an agent-based simulation model.

Rationalizing police patrol beats using heuristic-based clustering

The utility of the proposed heuristic based, clustering method to divide a given police district into optimal patrol beats based on crime and census data is demonstrated and the actual road distance than the traditional Euclidean distance in responding to crimes is considered.

Designing police patrol districts on street network

This paper deals with the police districting problem on the street network. Traditionally, design of police patrol sectors is based on grids or census blocks, which may generate districts that are