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ECS与SRS的协调可持续发展模型研究——基于资源熵视角
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作者 李金兵 韩玉启 《信息系统工程》 2009年第11期112-115,111,共5页
结合耗散结构系统理论、资源熵理论与利益相关者理论的基础上给出了利益相关者资源系统(SRS,Stakeholder Resource System)的定义,从资源熵视角分析了企业复杂系统(ECS,Enterprise Complex System)的可持续发展的模型,还分析了利益相关... 结合耗散结构系统理论、资源熵理论与利益相关者理论的基础上给出了利益相关者资源系统(SRS,Stakeholder Resource System)的定义,从资源熵视角分析了企业复杂系统(ECS,Enterprise Complex System)的可持续发展的模型,还分析了利益相关者资源系统的可持续发展的模型,最后结合上述分析研究了ECS与SRS协调可持续发展的模型。 展开更多
关键词 利益相关者资源系统 企业复杂系统 资源 协调可持续发展
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Learning trendiness from twitter to web: a comparative analysis of microblog and web trending topics
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作者 王栋 XieGaogang 《High Technology Letters》 EI CAS 2016年第2期148-159,共12页
The development of microblog services has a considerable etfect on the patterns oI wed access and Internet resources discovery. Understanding the interrelation between information diffusion in online social media and ... The development of microblog services has a considerable etfect on the patterns oI wed access and Internet resources discovery. Understanding the interrelation between information diffusion in online social media and user web interests can help the web ecosystem stakeholders in developing new services and designing efficient systems with optimized resources. This paper explores whether or not one can infer the trends of topics in the web by observing the Twitter microcosm. Using data- sets collected from Twitter and two representative web services (Google and Alexa), this work con- ducts a comparative analysis between trending patterns of topics in Twitter and in the web by consid- ering both the temporal and spatial perspectives, and finds that individual topics in Twitter and in the web share similar trending patterns both from the temporal and spatial aspects. Nevertheless, the tren- diness in Twitter can precede for a few hours and is highly unstable compared to the one in web. The application of these findings is also discussed on ad keywords planning in Search Engine Marketing. 展开更多
关键词 microblog web services trendiness comparative analysis
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The "MIZBERING" Zuibaiji Conference - A Search for Continuity in the Zuibaiji River Basin-
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作者 Takaya Anai Satoquo Seino 《Journal of Environmental Science and Engineering(B)》 2016年第9期407-411,共5页
The Zuibaiji River is located in the west of Fukuoka city, which has a rich natural resources and history but various problems as well. In order to solve some of these problems, stakeholders need to observe and talk a... The Zuibaiji River is located in the west of Fukuoka city, which has a rich natural resources and history but various problems as well. In order to solve some of these problems, stakeholders need to observe and talk about the river. Also recently, the "MIZBERING Project" has been opening up possibilities for renewing riverside uses of lost activities from the old days in Japan. This project is being conducted by citizens, companies and government administrations with an interest in waterside areas. The First MIZBER1NG Zuibaiji River Conference was held to discuss the issues of the Zuibaiji Basin. Its purpose was to visit and search out the nature and history of the entire Zuibaiji Basin from its mountains to the sea and to rediscover the Zuibaiji Basin, and finally to discuss future plans for the Zuibaiji Basin and Imazu Tidal Flat at its outlet. After visiting the Zuibaiji Basin, we discovered a problem that the Zubaiji Dam is holding not only water but also sand, and this problem affects the environment of the Zuibaiji Basin, such as its ecosystem and topography. Finally, we provided a venue for the local people to discuss problems and future plans for the Zuibaiji Basin. 展开更多
关键词 Zuibaiji River MIZBER1NG Project Imazu Tidal Flat oyster reef horseshoe crab black-faced spoonbill.
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