挖土机设备NOx排放污染物预测模型的建立

A. Larasati, A. Mahardika, Darin Ramadhanti, Yuh-Wen Chen, A. Hajji, V. Darmawan
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引用次数: 0

摘要

. 氮氧化物是挖土机设备产生的排放污染物之一。本研究旨在利用支持向量机模型建立反铲设备NOx污染物排放的预测模型。比较了两种核类型(径向基函数和线性核类型)。该研究通过多次运行模型,找到优化的参数C、ε和γ,以最大限度地提高SVM的精度。结果表明,径向基函数核类型比线性核类型具有更高的精度。此外,本研究还得出C和γ参数越高,平均绝对误差值越小的结论。然而,它需要更长的计算时间。SVM预测模型还表明,MAP、RPM、挖土机类型和进气温度是预测NOx排放的重要因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Building a Predictive Model to Estimate NOx Emission Pollutant of Backhoe Equipment
. NOx is one of emission pollutant resulted from Backhoe equipment. This research aims to build a predictive model to estimate NOx pollutant released by backhoe equipment using Support Vector Machine model. Two type of kernel types (radial basis function and linear kernel types) are compared. The study runs the model several time to maximize the accuracy of SVM by finding the optimized parameter, which includes C, ε, and γ. The results show that radial basis function kernel type provide higher accuracy than linear kernel type. In addition, this study also conclude that higher C and γ parameter results in much lower mean absolute error value. However, it requires much longer calculation time. The SVM predictive model also show that the significant factors to predict NOx emission are MAP, RPM, backhoe type and the intake temperature.
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