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NEURAL NETWORK SYSTEM USING SPECTRAL ANALYSIS FOR IDENTIFICATION OF COMPLEX ORGANIC STRUCTURES

机译:基于谱分析的神经网络系统识别复杂的有机结构

摘要

Apparatus and methods for recognizing and identifying materials. Characteristics are obtained spectra of the materials using spectroscopic techniques including spectroscopy, nuclear magnetic resonance, infrared absorption analysis, X-ray analysis, mass spectroscopy and the gas chromatography. Desired parts of the spectra can be selected and then placed in a form and in an appropriate format for presentation to a number of input layer neurons in a neural network independent. The network is firstly formed at a predetermined formation process, it can then be used to identify particular materials. Said apparatus and said methods are particularly useful to recognize and identify organic compounds such as complex carbohydrates, whose spectra require a high level of training and several hours of detailed work to allow identification and are often indistinguishable from each other by a human interpretation.
机译:用于识别和识别材料的设备和方法。使用包括光谱学,核磁共振,红外吸收分析,X射线分析,质谱和气相色谱在内的光谱技术获得材料的光谱特征。可以选择所需的频谱部分,然后以一种形式和适当的格式放置它们,以呈现给独立于神经网络的多个输入层神经元。该网络首先在预定的形成过程中形成,然后可以用于识别特定材料。所述装置和所述方法对于识别和识别诸如复杂碳水化合物的有机化合物特别有用,所述复杂化合物的光谱需要高水平的训练和数小时的详细工作以允许进行识别,并且通常通过人的解释难以区分。

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