LR Distributions and Error Rates

Data-driven DNA forensic science: TrueAllele computation

Getting more from less: low-level DNA mixtures on cartridges

Defeating opposition experts: winning with science

Different TrueAllele® users, same DNA answer: a multi-center proficiency study

Get accurate results from DNA evidence

TrueAllele® Computational Forensics for Solving “Uninterpretable” DNA Mixtures

The science and law of automated DNA evidence interpretation

The science and law of automated DNA evidence interpretation

Identifying victim remains using kinship genotype inference

An automated genotype database for associating counterfeit drug evidence

TrueAllele forensic solution: making DNA count

Rise with BNT interview

Automated TrueAllele Database

Pennsylvania v Dante Washington

TrueAllele Investigation of DNA Evidence

Innovation and transparency for reliable forensic software

Peeling away uncertainty: a probabilistic approach to DNA mixture deconvolution

Making something out of nothing: the inconclusive fallacy

Automated familial search using a probabilistic genotype database

Who is Cybergenetics?

How TrueAllele® computing automates DNA analysis and databasing for mass disasters

Opening the DNA Past with TrueAllele® Automation

TrueAllele® validation: Computer interpretation of DNA mixture evidence

Human factors in automated forensic DNA examination

Eliminating bias in forensic algorithms and statistics

Examining DNA evidence: TrueAllele® case studies

The first five exonerations using TrueAllele® statistical software

The use of a database feature in the TrueAllele® Casework system to cross-reference DNA cases

Genotype information criteria for forensic DNA databases

Mining the mixture: A DNA analyst explains - Part 2 of 2

Mining the mixture: A DNA analyst explains - Part 1 of 2

Reporting match error: casework, validation & language

Distorting DNA evidence: methods of math distraction

Probabilistic genotyping to the rescue for Pinkins and Glenn

TrueAllele for DNA Mixtures

Using Computer Technology to Overcome Bottlenecks in Forensic DNA Testing Process

Solving sexual assault cases using DNA mixture evidence

Innocent Nightmare – 17 Years in Prison, Exonerated by Modern DNA

Open Access DNA Database

Death Needs Answers: the DNA Evidence

Dr. Perlin accepts the Pittsburgh Technology Council's Tech50 award

Dr. Perlin accepts Foundation for Improvement of Justice Chapman Award

Dr. David's Strong Women, Strong Girls award acceptance speech

Professor Fran Watson on the impact of TrueAllele computing

Forensic match information: exact calculation and applications

The triumph and tragedy of DNA evidence

Transforming DNA evidence into reliable information: computers, science and society

Detecting and denying DNA evidence: a history of forensic identification

The triumph and tragedy of DNA evidence: Part 3

The triumph and tragedy of DNA evidence: Part 2

The triumph and tragedy of DNA evidence: Part 1

On the threshold of injustice: manipulating DNA evidence

When DNA alone is not enough: exoneration by computer interpretation

Politics: PCAST Report

Justice: Pinkins v Indiana

Science: Indiana v Forest

Mixtures: Problem & Solution

Fighting for DNA justice: genotyping software in the Hillary acquittal

Shedding Light on Inconclusive DNA: TrueAllele® Computer Analysis