FSV versus human subjective data evaluation; an informal survey

M. R. Johnson
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引用次数: 3

Abstract

Feature Selection Validation has now become an IEEE Standard, and is gaining popularity in the Computational Electromagnetic Community. This paper presents an informal and admittedly unscientific survey of various professionals' opinion of the match of models and measurements. Four data sets were presented to individuals who were asked to give a global value, using the FSV Validation Rating Scale. This was compared to the average Global Data Measure for each data set. It is shown that over a sample of 28 people the average Global Data Measure did indeed agree with that calculated by FSV for two of our sample sets, and may have agreed with the other two under more rigid circumstances. Data was taken as functions of engineering background and levels of experience in the field of engineering in general, and electrical engineering specifically. This admittedly anecdotal data demonstrates that FSV can be a valuable tool, but human experience is key to understanding the use of any data set, and context of its use, as always, remains the most important aspect of evaluating results of the process.
FSV与人类主观数据评价;非正式调查
特征选择验证现在已经成为IEEE标准,并且在计算电磁社区中越来越受欢迎。本文对各种专业人员对模型和测量的匹配度的看法进行了非正式的、公认不科学的调查。四个数据集被呈现给个人,他们被要求使用FSV验证评定量表给出一个全局值。这与每个数据集的平均全球数据测量进行了比较。结果表明,在28人的样本中,平均全球数据测量确实与FSV计算的两个样本集一致,并且可能在更严格的情况下与其他两个样本集一致。数据被视为工程背景和工程领域经验水平的函数,特别是电气工程。诚然,这些轶事数据表明,FSV可能是一种有价值的工具,但人类经验是理解任何数据集使用的关键,其使用背景始终是评估过程结果的最重要方面。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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