With the evolution of application system, there are t wo different system architectures. One is the traditional application system suc h as MIS and Business Software. Along with its extension, the traditional applic a...With the evolution of application system, there are t wo different system architectures. One is the traditional application system suc h as MIS and Business Software. Along with its extension, the traditional applic ation system transforms from file-based structure to C/S and then CSS model. At the same time, following the prevalence of Internet/Intranet, Web application s ystem based on browser comes into being. In early time, Web application only pro vided functions of looking over or querying static data on browser. But with the development of Internet/Intranet widely, it’s expected that more and more trad itional applications can be performed on browser, or even E-Business trades and other complicated application systems such as MIS, ERP and CRM and so on. In or der to satisfy both traditional application and Web application, reduce the cost of developing system repeatedly, increase the repeated use of application syste m and take advantage of the functions of OOA/OOD sufficiently, a new distributed architecture structure (system solution based on repeated components) comes for th. In this article, this distributed architecture structure will be discuss ed in detail. Firstly, the evolution of traditional application system and Web application sys tem will be talked over, especially the advantages and disadvantages of these tw o architectures. Secondly, the distributed architecture (system solution based o n repeated components) will be described particular. Several prevalent technolog y of component, such as COM+, CORBA and EJB, will also be illustrate d in this part. Thirdly, the practice of the technology of repeated component wi ll be discussed by analysing and designing the management system of Science & Te chnology Articles. Lastly, the latest distributed techonlogy of E-business(Web service based on xml/soap) will be discussed. In the end, Based on summing-up o f the distributed technology of E-Business, the future distributed tenchnology of E-Business will be expected.展开更多
“有组织科研”背景下,科研团队建设已成为推动科技创新、实现国家科技战略目标的重要抓手。科研团队学作为一门国际上新兴的交叉学科,其核心是对科研团队从事研究探索活动的特点和有效性开展研究。阐释了科研团队学提出的时代背景以及...“有组织科研”背景下,科研团队建设已成为推动科技创新、实现国家科技战略目标的重要抓手。科研团队学作为一门国际上新兴的交叉学科,其核心是对科研团队从事研究探索活动的特点和有效性开展研究。阐释了科研团队学提出的时代背景以及当前科研团队发展的现实问题。运用隐含狄利克雷分布主题建模方法梳理了2006—2022年Web of Science上的692篇文献,凝练分析国际学术研究概况,从科研团队合作动机及协调发展、成员多样性与互动、跨学科协同环境、科研团队有效性等关键研究领域进行学术领域分析和价值阐释。从科研团队分层分类治理体系存在的“难点”、面向科技创新前沿的有组织科研探索存在的“卡点”以及支持系统推进创新突破的生态环境存在的“断点”等方面分析了中国发展科研团队学研究的迫切性。据此提出深入挖掘并分析科研团队资源禀赋特征、关注“有组织科研”的政策设计、营建科研团队成长的良好生态环境等研究展望。展开更多
文摘With the evolution of application system, there are t wo different system architectures. One is the traditional application system suc h as MIS and Business Software. Along with its extension, the traditional applic ation system transforms from file-based structure to C/S and then CSS model. At the same time, following the prevalence of Internet/Intranet, Web application s ystem based on browser comes into being. In early time, Web application only pro vided functions of looking over or querying static data on browser. But with the development of Internet/Intranet widely, it’s expected that more and more trad itional applications can be performed on browser, or even E-Business trades and other complicated application systems such as MIS, ERP and CRM and so on. In or der to satisfy both traditional application and Web application, reduce the cost of developing system repeatedly, increase the repeated use of application syste m and take advantage of the functions of OOA/OOD sufficiently, a new distributed architecture structure (system solution based on repeated components) comes for th. In this article, this distributed architecture structure will be discuss ed in detail. Firstly, the evolution of traditional application system and Web application sys tem will be talked over, especially the advantages and disadvantages of these tw o architectures. Secondly, the distributed architecture (system solution based o n repeated components) will be described particular. Several prevalent technolog y of component, such as COM+, CORBA and EJB, will also be illustrate d in this part. Thirdly, the practice of the technology of repeated component wi ll be discussed by analysing and designing the management system of Science & Te chnology Articles. Lastly, the latest distributed techonlogy of E-business(Web service based on xml/soap) will be discussed. In the end, Based on summing-up o f the distributed technology of E-Business, the future distributed tenchnology of E-Business will be expected.
文摘“有组织科研”背景下,科研团队建设已成为推动科技创新、实现国家科技战略目标的重要抓手。科研团队学作为一门国际上新兴的交叉学科,其核心是对科研团队从事研究探索活动的特点和有效性开展研究。阐释了科研团队学提出的时代背景以及当前科研团队发展的现实问题。运用隐含狄利克雷分布主题建模方法梳理了2006—2022年Web of Science上的692篇文献,凝练分析国际学术研究概况,从科研团队合作动机及协调发展、成员多样性与互动、跨学科协同环境、科研团队有效性等关键研究领域进行学术领域分析和价值阐释。从科研团队分层分类治理体系存在的“难点”、面向科技创新前沿的有组织科研探索存在的“卡点”以及支持系统推进创新突破的生态环境存在的“断点”等方面分析了中国发展科研团队学研究的迫切性。据此提出深入挖掘并分析科研团队资源禀赋特征、关注“有组织科研”的政策设计、营建科研团队成长的良好生态环境等研究展望。
