Selection of technology acquisition methods using an artificial classification technique

Gozde Kara, A. Berkol
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引用次数: 2

Abstract

In aerospace sector, product life cycle and technology development periods are longer and costly than those in most of the other sectors. Therefore technology management activities are important for high technology firms and technology acquisition is one of the most important aspect of these activities. Within this context, selection of better technology acquisition methods for justifying cost and schedule needs is an optimization challenge. In this study, input parameters such as dual usage, TRL (Technology Readiness Level), ITAR Restrictions, etc. and their weighing factors are identified. These input parameters are processed using artificial classification techniques (neural network, fuzzy logic etc.) and technology acquisition methods (in house R&D, purchase etc.) are selected as output parameters.
利用人工分类技术选择技术获取方法
航空航天领域的产品生命周期和技术开发周期比大多数其他领域都长,成本也高。因此,技术管理活动对高科技企业非常重要,而技术获取是这些活动中最重要的方面之一。在这种情况下,选择更好的技术获取方法来证明成本和进度需求是一个优化挑战。本研究确定了双重使用、TRL (Technology Readiness Level)、ITAR限制等输入参数及其权重因子。这些输入参数采用人工分类技术(神经网络、模糊逻辑等)进行处理,技术获取方法(内部研发、采购等)作为输出参数。
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