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An Efficient Sensory System for Intelligent Gas Monitoring Accurate classification and precise quantification of gases/ odors

机译:一种高效的感觉系统,用于智能气体监测精确分类和精确量化气体/气味

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Intelligent gas monitoring system is having its widespread applications. It essentially requires an accurate classification with precise quantification of gases/odors. Although, gas sensor arrays are capable of generating signatures however, mostly these signatures are complex and have subtle information. Therefore, in this paper, an efficient sensory system has been proposed for intelligent gas monitoring. Concept of analysis space transformation has been utilized for accurate classification of gases/ odors. Also, the drawback of data preprocessing in quantification has been illustrated by comparing the quantifier performance for the processed and raw responses. Further, the proposed sensory system has elevated the classification accuracy from 96% to 98.74% along with the quantification accuracy from 17.65% to 94%.
机译:智能气体监控系统具有广泛的应用。它基本上需要精确分类,具有精确的气体/气味的量化。虽然,气体传感器阵列能够生成签名,但大多数这些签名是复杂的并且具有微妙的信息。因此,在本文中,已经提出了一种高效的感觉系统用于智能气体监测。分析空间转换的概念已被利用用于准确分类气体/气味。此外,通过比较处理和原始响应的量化性能来说明量化数据预处理的数据的缺点。此外,所提出的感官系统升高了96%至98.74%的分类精度,随着量化精度为17.65%至94%。

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