Contactless automated lifting of latent fingerprints from difficult curved surfaces
作者：
Highlights：
• Fully automated contactless extraction of latent fingerprints and correction of surface curvature distortions.
• Rapid, automatic, zero-contact and chemical-free.
• Extracts fingerprints from (forensically) difficult curved surfaces that are specular and/or transparent.
• Contactless nature preserves the prints for later DNA analysis.
• Automatic surface curvature distortion correction improves fingerprint matching scores.
摘要
•Fully automated contactless extraction of latent fingerprints and correction of surface curvature distortions.•Rapid, automatic, zero-contact and chemical-free.•Extracts fingerprints from (forensically) difficult curved surfaces that are specular and/or transparent.•Contactless nature preserves the prints for later DNA analysis.•Automatic surface curvature distortion correction improves fingerprint matching scores.
论文关键词：Latent fingerprint,Computer vision,Forensics,Machine learning
论文评审过程：Received 4 October 2021, Revised 25 July 2022, Accepted 30 August 2022, Available online 5 September 2022, Version of Record 15 September 2022.
论文官网地址：https://doi.org/10.1016/j.image.2022.116858
