Title

Left-Inverses Of Fractional Laplacian And Sparse Stochastic Processes

Keywords

citizen injuries; conducted energy devices; police; TASER; use of force

Abstract

As one of the contemporary additions to the use of force spectrum, conducted energy devices (CEDs) have been surrounded by controversy. Such concerns have fueled a number of studies, many of which have attempted to examine the relationship between CEDs and citizen injuries. This limited body of research, however, has produced inconsistent results and suffers from a number of documented drawbacks. Drawing on data collected as part of a national multi-agency use of force project, the current study analyzes nearly 14,000 use-of-force incidents across seven agencies, over 2,600 of which involve a CED, to assess the potential impact of CEDs on citizen injuries. In doing so, a series of multivariate statistical models are employed that isolate CED cases and compare them to a number of both hands-on and weapon-based tactics. Unlike previous research, which often highlights the beneficial aspects of CEDs in relation to injuries, our findings generally show an increased risk between the use of CEDs and citizen injuries. As such, more research is needed before deriving any conclusions as to the "safeness" of CEDs, especially in relation to the choice between using a CED or an alternative means of dispute resolution (either hands-on physical force or another weapon). © 2012 Copyright Academy of Criminal Justice Sciences.

Publication Date

4-1-2012

Publication Title

Advances in Computational Mathematics

Volume

36

Issue

2

Number of Pages

399-441

Document Type

Article

Personal Identifier

scopus

DOI Link

https://doi.org/10.1007/s10444-011-9183-6

Socpus ID

84858280734 (Scopus)

Source API URL

https://api.elsevier.com/content/abstract/scopus_id/84858280734

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