Two-stage R&D efficiency evaluation from the perspective of national innovation system

D. Liou
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引用次数: 7

Abstract

Following the approaching of knowledge economy, countries worldwide pay increasing attention on technology innovation; especially at the time of a changing global economical and trade environment, technology has great influence on national competitiveness. Hence, regardless of the establishment of technological policy, the investment of R&D funds and manpower, they are all closely connected to national overall objectives, which have crucial impact on the promotion of national competitiveness. This research is an exploratory study, mainly combining competitiveness index and NIS to establish a two-stage R&D efficiency evaluation model. We gathered the information from World Competitiveness Yearbook made public by IMD, Main Science and Technology Indicators (MSTI) from OECD, statistical data from US Patents and Trademark Office (USPTO), CD-ROM data of National Science Indicators (NSI) published by International Statistical Institute (ISI) and used two-stage data envelopment analysis (DEA) to analyze 15 countries' R&D efficiency and its ranking in evaluation. The research found the R&D activities in six countries on technological objectives are effective after applicable NIS determined.
国家创新体系视角下的两阶段研发效率评价
随着知识经济时代的到来,世界各国越来越重视技术创新;特别是在全球经贸环境不断变化的背景下,技术对国家竞争力的影响尤为显著。因此,无论是技术政策的制定,还是研发资金和人力的投入,都与国家的总体目标密切相关,对国家竞争力的提升有着至关重要的影响。本研究是一项探索性研究,主要将竞争力指数与NIS相结合,建立了一个两阶段的研发效率评价模型。本文利用IMD公布的《世界竞争力年鉴》、OECD的《主要科学技术指标》、美国专利商标局的统计数据、国际统计研究所(ISI)的《国家科学指标》光盘数据,采用两阶段数据包膜分析(DEA)对15个国家的研发效率及其评价排名进行了分析。研究发现,在确定适用的NIS后,六个国家的技术目标研发活动是有效的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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