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介绍人类下颌骨识别系统[(hu)MANid]:一个用于对人类下颌骨进行分类的基于网络的免费图形用户界面。

Introducing Human Mandible Identification [(hu)MANid]: A Free, Web-Based GUI to Classify Human Mandibles.

作者信息

Berg Gregory E, Kenyhercz Michael W

机构信息

Central Identification Laboratory, Defense POW/MIA Accounting Agency, 590 Moffet Street, JBPHH, HI.

Department of Anatomy, University of Pretoria, Private Bag x323, 0007, Arcadia, South Africa.

出版信息

J Forensic Sci. 2017 Nov;62(6):1592-1598. doi: 10.1111/1556-4029.13479. Epub 2017 Mar 6.

Abstract

Statistical programs have revolutionized the way in which forensic anthropologists conduct casework by allowing practitioners to use computationally complex analytics at the click of a button. Importantly, the products of these statistical programs are reproducible and contain measures of error or uncertainty, thereby strengthening conclusions. This paper is an introduction to (hu)MANid, a free, web-based application that uses linear and mixture discriminant function analyses to classify human mandibles into one of many worldwide and/or periodic reference groups. The mechanics, development, and use of the application will be discussed. Further, the program was tested against other software to compare model performances and classifications. Total correct classifications among the test cases and programs were identical. Ten mandibles were tested using both statistical procedures. Mixture discriminant analysis improved classification by an average of 9.3% and correctly identified three more mandibles than LDA. Therefore, we believe (hu)MANid will be an asset to the anthropological community.

摘要

统计程序彻底改变了法医人类学家处理案件的方式,通过让从业者只需点击一下按钮就能使用计算复杂的分析方法。重要的是,这些统计程序的结果是可重复的,并且包含误差或不确定性的度量,从而强化了结论。本文介绍了(hu)MANid,这是一个基于网络的免费应用程序,它使用线性和混合判别函数分析将人类下颌骨分类到许多全球和/或特定时期的参考组之一。将讨论该应用程序的机制、开发和使用。此外,该程序还与其他软件进行了测试,以比较模型性能和分类情况。测试案例和程序之间的总正确分类是相同的。使用两种统计程序对十个下颌骨进行了测试。混合判别分析平均提高了9.3%的分类准确率,并且比线性判别分析多正确识别出三个下颌骨。因此,我们相信(hu)MANid将成为人类学领域的一项宝贵资源。

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