书评:最大化协同决策管理和支持的网格技术:推进有效的虚拟组织，作者N. Bessis

Q3 Decision Sciences

International Journal of Information and Decision Sciences Pub Date : 2010-03-01 DOI:10.1504/IJIDS.2010.031889

Zhongxian Wang, Qiyang Chen

引用次数: 1

摘要

最大化协同决策管理和支持的网格技术:推进有效的虚拟组织，作者N. Bessis。Hershey，美国/伦敦，英国，信息科学参考，2009。336页。ISBN: 978-160566364-7

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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Book Review: Grid Technology for Maximising Collaborative Decision Management and Support: Advancing Effective Virtual Organisations by N. Bessis

Grid Technology for Maximising Collaborative Decision Management and Support: Advancing Effective Virtual Organisations, by N. Bessis. Hershey, USA/London, UK, Information Science Reference, 2009. 336pp. ISBN: 978-160566364-7

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来源期刊

International Journal of Information and Decision Sciences Business, Management and Accounting-Management of Technology and Innovation

CiteScore

1.90

自引率

0.00%

发文量

期刊介绍： In today''s fast-paced business environment, even with an abundance of information, decision-making can be complex and slow. As floods of data emerge, effective information processing is sought as a panacea. With the ever-present spectre of uncertainty, sound decisions are key. As a consequence of the various conflicts/dilemmas, employment of efficient data management leading to better decision-making is the goal. Organisations must employ effective information management/decision-making processes at each critical stage of their functions. IJIDS addresses the issues involved in this. Topics covered include: -AHP or DEA -Behavioural sciences, psychology, sociology -Business intelligence, economics -Computing and decision sciences, data-driven decision making -Decision making in social setting, under uncertainty, with multimedia -Decision support systems/software -Decision theory, decision trees, MCDM -Ethical decision making, group decision making, software -Fuzzy information processing, game theory, grid analysis, informatics, IT -Intelligent agent technologies, neural networks, OLAP -Knowledge discovery in databases, web search, scenario/system analysis -Mathematics of decision sciences, decision making methods/styles -Perspectives of decision making, robust decisions, morphological analysis -Political/public decision making -Risk management, statistics