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Application research of artificial neural network in multispectral radiation thermometry

机译:人工神经网络在多光谱辐射温度下的应用研究

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There are some important factors that have an impact on the measurement accuracy of the temperature measurement in multi-spectral radiation, including surface emissivity of measured target, variability emissivity models and effects of high temperature thermal radiation. In this paper, these factors were analyzed. And the BP neural network improved model is applied to multi-spectral temperature measurement data processing. With a variety of launch training sample models, automatic recognition of the emissivity of the measured object model is realized. So the real temperature and spectral emissivity can be obtained. The simulation results show that the method studied in this paper can more accurately obtain the true temperature and emissivity.
机译:存在一些重要因素,对多光谱辐射中的温度测量的测量精度产生影响,包括测量目标的表面发射率,可变性发射率模型和高温热辐射的影响。在本文中,分析了这些因素。并且BP神经网络改进的模型应用于多光谱温度测量数据处理。通过各种发射训练样本模型,实现了测量对象模型的发射率的自动识别。因此可以获得实际温度和光谱发射率。仿真结果表明,本文研究的方法可以更准确地获得真正的温度和发射率。

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