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Multivariate methods for the analysis of complex and big data in forensic sciences. Application to age estimation in living persons

机译:法医科学中复杂和大数据分析的多元化方法。 在生物中估算的申请

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摘要

Researchers handle increasingly higher dimensional datasets, with many variables to explore. Such datasets pose several problems, since they are difficult to handle and present unexpected features. As dimensionality increases, classical statistical analysis becomes inoperative. Variables can present redundancy, and the reduction of dataset dimensionality to its lowest possible value is often needed. Principal components analysis (PCA) has proven useful to reduce dimensionality but present several shortcomings. As others, forensic sciences will face the issues specific related to an evergrowing quantity of data to be integrated. Age estimation in living persons, an unsolved problemso far, could benefit from the integration of various sources of data, e.g., clinical, dental and radiological data.
机译:研究人员处理越来越高的维数数据集,有许多变量探索。 这样的数据集造成了几个问题,因为它们很难处理和呈现意外功能。 随着维度的增加,经典的统计分析变得不起作用。 变量可以呈现冗余,并且通常需要将数据集维度的减少到其最低可能值。 主要成分分析(PCA)已被证明可用于减少维度,但呈现几种缺点。 与其他人一样,法医科学将面临与要整合的常规数据有关的特定问题。 生活人员年龄估计,一个未解决的问题,可能会受益于各种数据来源的整合,例如临床,牙科和放射数据。

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