Contents contributed and discussions participated by Roger Chen
You and Your Research - 0 views
2collab Survey Reveals that Scientists and Researchers are "All Business" with Social A... - 0 views
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scientists are using blogs, wikis, and social networking and bookmarking applications primarily for professional reasons. Results show that these social media applications have provided scientists and researchers with additional resources to help them collaborate, connect, share and discover information.
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Over 50% of respondents see web-based social applications playing a key role in shaping the future of research. The largest influence will be on critical analysis and evaluation of research data, professional networking and collaboration, dissemination of research output, career development, as well as grant application and funding.
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Comments from survey respondents identified several issues need to be addressed before mass acceptance by the research community is possible – namely the need for specialist tools, higher security, and validation of users. However, these concerns were not seen as insurmountable obstacles, and many anticipated tremendous potential for social media.
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2collab, the research collaboration platform from Elsevier, the world's leading publisher of science, technology and medical (STM) information, announced today the results of a survey, asking researchers about the role of social media in their professional lives. The survey, which yielded over 1,800 responses, revealed that scientists are using blogs, wikis, and social networking and bookmarking applications primarily for professional reasons. Results show that these social media applications have provided scientists and researchers with additional resources to help them collaborate, connect, share and discover information.
Key difference between Web 1.0 and Web 2.0 - 0 views
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Web 2.0 is a buzzword introduced in 2003-04 which is commonly used to encompass various novel phenomena on the World Wide Web. Although largely a marketing term, some of the key attributes associated with Web 2.0 include the growth of social networks, bi-directional communication, various 'glue' technologies, and significant diversity in content types. We are not aware of a technical comparison between Web 1.0 and 2.0. While most of Web 2.0 runs on the same substrate as 1.0, there are some key differences. We capture those differences and their implications for technical work in this paper. Our goal is to identify the primary differences leading to the properties of interest in 2.0 to be characterized. We identify novel challenges due to the different structures of Web 2.0 sites, richer methods of user interaction, new technologies, and fundamentally different philosophy. Although a significant amount of past work can be reapplied, some critical thinking is needed for the networking community to analyze the challenges of this new and rapidly evolving environment.
Scimago Journal & Country Rank - 0 views
科技日报- 中科院院士王鼎盛抨击影响因子崇拜 - 0 views
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根据SCI数据,王鼎盛分析全世界200多种发表研究论文的物理期刊时发现,期刊总的引用=1.5×论文数量×影响因子×半衰期(寿命)。
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因此即使以总的引用作为期刊影响力的衡量标准,期刊寿命也与影响因子有同等重要的地位。然而,期刊寿命常常会被忽视。王鼎盛认为,搞科学的人应该更看重期刊的寿命。
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国人对研究论文评价时的期刊崇拜,和对评价期刊时的影响因子崇拜,不但有碍我国物理期刊的提高,而且助长了科研中的浮躁情绪。中国物理界更该提倡追求影响的持续年限,并进而追求经典。
Social Network Sites: Definition, History, and Scholarship - 0 views
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We define social network sites as web-based services that allow individuals to (1) construct a public or semi-public profile within a bounded system, (2) articulate a list of other users with whom they share a connection, and (3) view and traverse their list of connections and those made by others within the system.
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Early public online communities such as Usenet and public discussion forums were structured by topics or according to topical hierarchies, but social network sites are structured as personal (or "egocentric") networks, with the individual at the center of their own community. This more accurately mirrors unmediated social structures, where "the world is composed of networks, not groups" (Wellman, 1988, p. 37).
Hacking recommenders - Duke Listens! - 0 views
GroupLens Research - 0 views
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GroupLens is a research lab in the Department of Computer Science and Engineering at the University of Minnesota. We conduct research in several areas, including: * recommender systems * online communities * mobile and ubiquitious technologies * digital libraries * local geographic information systems
CRISP-DM - Home - 0 views
詳全文_軟體開發工程師的十大特質(中) - 0 views
詳全文_軟體開發工程師的十大特質(上) - 0 views
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