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CCPIT Builds Innovation Platform to Benefit Enterprise with FTA Policies
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作者 Audrey Guo 《China's Foreign Trade》 2015年第5期49-,共1页
On Aug.28,at the CCPIT regular press conference,Yan Yun,deputy director of CCPIT Commerce Legal Service Center,said that to promote the implementation of free trade agreement between China and South Korea,China and Au... On Aug.28,at the CCPIT regular press conference,Yan Yun,deputy director of CCPIT Commerce Legal Service Center,said that to promote the implementation of free trade agreement between China and South Korea,China and Australia,CCPIT Commerce Legal Service Center will improve its services,innovate its service platform and offer FTA favorable policy support to more enterprise. 展开更多
关键词 FTA CCPIT Builds Innovation platform to Benefit Enterprise with FTA Policies
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Build an International Exchange Platform for Even Better Understanding between China and the World
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作者 Zhou Tienong Zhao Tianming 《International Understanding》 2011年第3期3-5,共3页
At the beginning of the 1980s, China entered a new historical era of reform and opening up and socialist modernization drive. It became important and urgent for China to exchange and communicate with the international... At the beginning of the 1980s, China entered a new historical era of reform and opening up and socialist modernization drive. It became important and urgent for China to exchange and communicate with the international community. To meet the demand 展开更多
关键词 Build an International Exchange platform for Even Better Understanding between China and the World NGO CPC
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Timetabling optimization of classrooms and self-study rooms in university teaching buildings based on the building controls virtual test bed platform considering energy efficiency 被引量:1
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作者 Yanfeng Liu Hui Ming +2 位作者 Xi Luo Liang Hu Yongkai Sun 《Building Simulation》 SCIE EI CSCD 2023年第2期263-277,共15页
The energy consumption of a teaching building can be effectively reduced by timetable optimization.However,in most studies that explore methods to reduce building energy consumption by course timetable optimization,se... The energy consumption of a teaching building can be effectively reduced by timetable optimization.However,in most studies that explore methods to reduce building energy consumption by course timetable optimization,self-study activities are not considered.In this study,an MATLAB-EnergyPlus joint simulation model was constructed based on the Building Controls Virtual Test Bed platform to reduce building energy consumption by optimizing the course schedule and opening strategy of self-study rooms in a holistic way.The following results were obtained by taking a university in Xi’an as an example:(1)The energy saving percentages obtained by timetabling optimization during the heating season examination week,heating season non-examination week,cooling season examination week,and cooling season non-examination week are 35%,29.4%,13.4%,and 13.4%,respectively.(2)Regarding the temporal arrangement,most courses are scheduled in the morning during the cooling season and afternoon during the heating season.Regarding the spatial arrangement,most courses are arranged in the central section of the middle floors of the building.(3)During the heating season,the additional building energy consumption incurred by the opening of self-study rooms decreases when duty heating temperature increases. 展开更多
关键词 timetabling optimization university teaching buildings energy efficiency building Controls Virtual Test Bed platform genetic algorithm
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PLATFORM SELECTION FOR COMPLEX SYSTEMS:BUILDING AUTOMATION SYSTEMS
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作者 Geerten van de Kaa Henk Jan de Vries Jafar Rezaei 《Journal of Systems Science and Systems Engineering》 SCIE EI CSCD 2014年第4期415-438,共24页
Automation systems for buildings interconnect components and technologies from the information technology industry and the telecommunications industry.In these industries,existing platforms and new platforms(that are... Automation systems for buildings interconnect components and technologies from the information technology industry and the telecommunications industry.In these industries,existing platforms and new platforms(that are designed to make building automation systems work) compete for market acceptance and consequently several platform battles among suppliers for building automation networking are being waged.It is unclear what the outcome of these battles will be and also which factors are important in achieving platform dominance.Taking the fuzziness of decision makers' judgments into account,a fuzzy multi-criteria decision-making methodology called the Fuzzy Analytic Hierarchy Process is applied to investigate the importance of such factors in platform battles for building automation networking.We present the relative importance of the factors for three types of platforms(subsystem platforms,system platforms,and evolved subsystem platforms).The results provide a first indication that the set of important factors differs per type of platform.For example,when focusing on other stakeholders,for subsystem platforms,the previous installed base is of importance;for system platforms,the diversity of the network of stakeholders is essential;and for evolved subsystem platforms,the judiciary is an important factor. 展开更多
关键词 building automation system complex system platform Fuzzy Analytic Hierarchy Process(AHP) multi-criteria decision-making(MCDM)
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MIIT and MOF Jointly Issued an Document To Break the Fragmented Situation and Build A Sharing Platform for New Material Industry
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《China Nonferrous Metals Monthly》 2018年第8期7-8,共2页
Recently,Ministry of Industry and Information Technology and Ministry of Finance jointly issued the National New Material Industry Resource Sharing Platform Construction Program(“the Program”),aiming to fully improv... Recently,Ministry of Industry and Information Technology and Ministry of Finance jointly issued the National New Material Industry Resource Sharing Platform Construction Program(“the Program”),aiming to fully improve the resource sharing service level,management level and public service supply capacity of the Chinese new material industry. 展开更多
关键词 MIIT and MOF Jointly Issued an Document To Break the Fragmented Situation and Build A Sharing platform for New Material Industry
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