Publications

Aggadi N, Zeller K, Busey T. (2024) Quantifying the strength of firearms comparisons based on error rate studies. J Forensic Sci. 2024; 00: 1–14. pdf. Also see link to Presentation and a blog post on the Gaussian assumption

Busey, T., & Coon, M. (2023). Not all identification conclusions are equal: Quantifying the strength of fingerprint decisions. Forensic Science International, 343, 111543. pdf. Also see link to Presentation and a blog post on the Gaussian assumption

Busey, T., & Klutzke, M. (2022). Calibrating the Perceived Strength of Evidence of Forensic Testimony Statements. Science & Justice. doi:https://doi.org/10.1016/j.scijus.2022.10.003 link to pdfalso see: Presentation

Note: These are just the forensic publications. See the full publication list in a separate post.

Aggadi N, Zeller K, Busey T. (2024) Quantifying the strength of firearms comparisons based on error rate studies. J Forensic Sci. 2024; 00: 1–14. pdf. Also see link to Presentation and a blog post on the Gaussian assumption

Busey, T., & Coon, M. (2023). Not all identification conclusions are equal: Quantifying the strength of fingerprint decisions. Forensic Science International, 343, 111543. pdf. Also see link to Presentation and a blog post on the Gaussian assumption

National Institutes of Justice. Adding human expertise to the quantitative analysis of fingerprint examiners. Busey is PI, Chen Yu is Co-PI. Grant #2005-MU-BX-K076. 12/1/2005-12/1/2009. $430,000.

National Institutes of Justice. The information content of friction ridge impressions as revealed by human experts. Busey is PI, Chen Yu is Co-PI. Grant #2009-DN-BX-K226. 10/1/2009-9/30/2013. $423,000.

National Institutes of Justice. Validating Conclusion Scales in the Forensic Sciences. Busey is PI. Grant # 2018-DU-BX-0212. 1/1/2019-6/30/2021. $249,206.