NCJ Number
307102
Journal
Australian Journal of Forensic Sciences Volume: 46 Issue: 2 Dated: 2014 Pages: 194-203
Date Published
2014
Length
10 pages
Annotation
The goals of the research being reported in this paper were to produce models for forensic casework use with the intention of understanding the causes of stutter and the variability in stutter product, in order to contribute to the understanding of the interpretation of mixed source samples as well as the process of determining if a sample is mixed source at all.
Abstract
This paper investigates the variables that could affect the stutter ratio (SR). Bayesian modelling techniques are used to model the distribution of the SR using the parameters identified: the locus and the longest uninterrupted sequence (LUS). The final model gives an expected estimate for the SR as well as the distribution about this estimate. (Publisher Abstract Provided)
Date Published: January 1, 2014
Downloads
Similar Publications
- Mass Spectral and Chemometric Analysis for the Detection and Identification of Forensically Relevant Materials
- The Role of Social Networks in Facilitating and Preventing Domestic Radicalization: What Research Sponsored by the National Institute of Justice Tells Us
- Just Science Podcast: Just Sexual Assault Response For Cases Without DNA Evidence