首页> 外文会议>Textile Institute World Conference(83rd TIWC) vol.4; 20040523-27; Shanghai(CN) >RESEARCH ON BP NEURAL NETWORK APPLIED TO PREDICT COTTON FABRIC HANDLE
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RESEARCH ON BP NEURAL NETWORK APPLIED TO PREDICT COTTON FABRIC HANDLE

机译:BP神经网络在棉织物手柄预测中的应用研究。

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摘要

Their handle can assess inner property of fabrics. The subjective assessment is that the fabric is ranked or definitely described after its handle is assessed by sense and graded using subjective judgement, which consist of two methods, i. e. absolute judgement and ranking judgement. The objective assessment is that fabric is assessed according to eighteen fabric physical indexes of KES-FB. This paper mainly discusses the relation between subjective assessment and objective assessment by constructing the predictable model. The fabric handle can be predicted by artificial neural network model. Applying this method, the optimal power index and deviation can be got without constructing the mathematics model. In addition, this method can exactly predicts the fabric handle because the results are good enough. The artificial neural network predicting model can not only provides the exact index for fabric produce and research but also assess the fabric handle exactly and guide the fabric design.
机译:它们的手感可以评估织物的内部性能。主观评估是在对织物的手感进行了感官评估并使用主观判断进行分级之后,对织物进行排名或明确描述,该方法包括两种方法,即: e。绝对判断和排名判断。客观评估是根据KES-FB的18种织物物理指标评估织物。通过构建可预测模型,主要讨论了主观评估与客观评估之间的关系。织物的手感可以通过人工神经网络模型进行预测。应用该方法,无需建立数学模型即可得到最优的功率指标​​和偏差。另外,由于结果足够好,因此该方法可以准确预测织物的手感。人工神经网络预测模型不仅可以为织物的生产和研究提供准确的指标,而且可以准确地评估织物的手感并指导织物的设计。

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