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Evaluation of Technology Innovation Capability Based on Artificial Neural Networks

机译:基于人工神经网络的技术创新能力评价

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Nowadays,technology innovation is a fundamental determinant of value creation in enterprises and economic growth. Therefore,the comprehensive evaluation of technology innovation capability is receiving increasing importance among academics and practitioners. The artificial neural network (ANN) is a technique that is studied heavily and used in applications for engineering and scientific fields for various purposes ranging from control systems to urban planning. Its generalization powers have not only received admiration from the engineering and scientitic fields,but in recent years,many innovation researchers are taking an interest in the application of artificial neural networks. The objective of the work described in this paper is to introduce a technique for the evaluation of technology innovation capability.Firstly,an index system is constructed,which includes five aspects interpreted by fourteen indices.Secondly,a BP artificial neural network is illustrated for the evaluation process. The network has three layers:the input layer has 14 neurons;the second layer,hidden layer,has 24 neurons;and only one neuron in the output layer. Then.hased on a survey of 50 beverage companies in China and the network onstructed,an evaluation process is carried out,and the results are compared to the outcomes of fuzzy comprehensive evaluation process.Primary research proves that two methods math very well.
机译:如今,技术创新是企业价值创造的基本决定因素和经济增长。因此,技术创新能力的综合评价正在接受学者和从业者之间的越来越重要。人工神经网络(ANN)是一种技术,用于庞大,用于工程和科学领域的应用,以各种目的从控制系统到城市规划。其普遍化权力不仅受到了工程和科学领域的钦佩,而且近年来,许多创新研究人员对人工神经网络的应用感兴趣。本文描述的工作的目的是引入技术创新能力的评估技术。建立了一个指标体系,其中包括十四个指标解释的五个方面。首先,示出了BP人工神经网络评估过程。网络有三层:输入层有14个神经元;第二层,隐藏层有24个神经元;并且输出层中只有一个神经元。然后。对中国50家饮料公司的调查以及网络核对,进行了评估过程,结果与模糊综合评价过程的结果进行了比较。提高了两种方法数学。

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