Pattern evidence
Quantified Assessment of AFIS Contextual Information on Accuracy and Reliability of Subsequent Examiner Conclusions
City of New York, Office of the Chief Medical Examiner Forensic Science Training Grant
Quantifying the Effects of Database Size and Sample Quality on Measures of Individualization Validity and Accuracy in Forensics
REPEATABILITY AND UNIQUENESS OF STRIATIONS/IMPRESSIONS IN FIRED CARTRIDGE CASINGS FIRED IN 10 CONSECUTIVELY MANUFACTURED SLIDES
Application of spatial statistics to latent print identifications: Towards improved forensic science methodologies
Establishing the Quantitative Basis for Sufficiency: Thresholds and Metrics for Friction Ridge Pattern Detail Quality and the Foundation for a Standard
Specific Heat Capacity Thermal Function of Cyanoacrylate Fingerprint Development Process
Statistical Evaluation of Torn Duct Tape
The information content of friction ridge impressions as revealed by human experts
Use of Magneto-Rheological Fluids for Collecting, Preserving, and Analyzing Toolmark and Impression Evidence
Development of Synthetically Generated LEA Signatures to Generalize Probability of False Positive Identification Estimates
Application of Machine Learning to Toolmarks: Statistically Based Methods for Impression Pattern Comparisons
A Proposal to develop a computer program to improve the National Integrated Ballistics Information Network
Provide Labs and Examiners a Capability to Match Infrared Images of Firing Pin Impressions, Deformed bullets matched to test fires, and the validated capability to match images to large data base.
FY09 Pattern Evidence Training Program
Consecutive & Random Manufactured Semi-Automatic Pistol Breech Face & Fired Cartridge Case Evaluations
Development and delivery of a series of seven self-paced, interactive (with simulated exercises) online crime scene investigation training modules.
Error Rates for Latent Fingerprinting as a Function ofVisual Complexity and Cognitive Difficulty
Trace Evidence Symposium, 2009
NIJ FY 09 Biometrics Technologies: Invited Full Proposals
NIJ is seeking applications for funding the development and demonstration of a mobile, wireless device for law enforcement application capable of the simultaneous capture of four fingerprints in a manner compliant with the relevant sections of the draft "Mobile ID Device Best Practices Recommendations and Specifications (May 5, 2008)", to include data encryption. NIJ is especially interested in research and development proposals for technology to...
NIJ FY 09 Fundamental Research to Improve Understanding of the Accuracy, Reliability, and Measurement Validity of Forensic Science Disciplines
NIJ seeks qualified applicants to conduct research to improve the understanding of the accuracy, reliability, and measurement validity in the forensic science disciplines within the context of their criminal justice applications. Through this solicitation, NIJ seeks qualified applicants to conduct validation studies and research to improve the scientific foundation of individual disciplines across the following categories. - Firearms and toolmark identification. - Questioned documents. -...
NIJ FY 09 Research and Development in Forensic Analysis of Impression Evidence: Invited Full Proposals
NIJ seeks applications for research and development to enhance crime laboratories' ability to identify, characterize, capture, visualize, and preserve impression evidence. This solicitation focuses, among other things, on tools and technologies that will allow faster, more widely applicable, more rugged, less costly, or less labor-intensive identification, collection, preservation, and analysis of impression evidence at the crime scene or crime laboratory.