IRRIIS - Integrated Risk Reduction of Information-based InfrastructureSystems

IRRIIS - Integrated Risk Reduction of Information-based InfrastructureSystems
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IRRIIS - 基于信息的基础设施系统的综合风险降低

DOI：
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发表时间：
2006
期刊：
影响因子：
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通讯作者：
F. Flentge
F. Flentge
中科院分区：
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文献类型：
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作者：
U. Beyer;F. Flentge

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信息化综合风险降低”综合项目 “基础设施系统”（IRRIIS）的口号是： 大幅度提高大型复杂关键设备的可靠性 通过引入适当的中间件改进了分布式计算结构（LCCI） 技术（MIT）组件在未来三年内。IRRIS将 提高欧盟基于信通技术 关键信息基础设施，目标是： * 确定一套健全的公共和私营部门要求 基于情景和相关数据分析; * 设计、开发、集成和测试MIT组件， 防止和限制级联效应，并支持自动化 紧急情况下的恢复和服务连续性; * 开发、集成和验证新颖和先进的建模， 模拟工具集成到一个合成环境中进行实验 和练习; * 验证MIT组件的功能， 环境以及情景和数据分析的结果; * 传播新颖和创新的概念、成果和产品 其他以信息和通信技术为基础的关键部门。 IRRIIS将通过“诊断-治疗”来应对CIIP的挑战 战略”和“治疗实施和验证方法”开始 随着电力基础设施及其支持电信 基础设施演进在彻底分析了这些基础设施之后， 以及它们之间的相互依赖关系，综合仿真环境 （SYNTEX）将被构建。MIT组件将被开发、测试 并在SYNTEX内部进行验证，以证明他们的能力， 向潜在的利益攸关方传播。方法是开放的， 包括其他重要基础设施。 跨学科研究将在未来三年内进行 一个由15个合作伙伴组成的欧洲财团， 学术界对能源供应领域的主要利益攸关方， 电信。该项目得到了欧盟的支持 “信息社会”领域内的第六个框架方案 技术”与七百万欧元的资金，它是协调 Fraunhofer Institut Autonome intelligente Systeme（AIS）。
The Integrated Project "Integrated Risk Reduction of Information-based Infrastructure Systems" (IRRIIS) shall be carried out under the motto: Enhance substantially the dependability of Large Complex Critical Infrastructures (LCCIs) by introducing appropriate Middleware Improved Technology (MIT) components within the next three years. IRRIIS will increase dependability, survivability and resilience of EU ICT-based critical information infrastructures and has the objectives to: * determine a sound set of public and private sector requirements based upon scenario and related data analysis; * design, develop, integrate and test MIT components suitable for preventing and limiting cascading effects and supporting automated recovery and service continuity in critical situations; * develop, integrate, and validate novel and advanced modelling and simulation tools integrated into a synthetic environment for experiments and exercises; * validate the functions of the MIT components using the synthetic environment and the results of the scenario and data analysis; * disseminate novel and innovative concepts, results, and products to other ICT-based critical sectors. IRRIIS will address the challenges of CIIP by a "diagnosis - therapy strategy" and "therapy implementation and validation approach" starting with the electrical power infrastructure and its supporting telecommunication infrastructure. After thoroughly analysing these infrastructures and their interdependencies, the synthetic simulation environment (SYNTEX) will be build. MIT components will be developed, tested and validated inside SYNTEX to demonstrate their capabilities before dissemination to potential stakeholders. The approach is open for successively including additional critical infrastructures. The interdisciplinary research will be performed in the coming three years by a European consortium of fifteen partners, ranging from academia to key stakeholders from the fields of energy supply and telecommunication. The project is supported by the European Union Sixth Framework Programme within the area of "Information Society Technologies" with seven million Euro funding and it is co ordinated by Fraunhofer Institut Autonome intelligente Systeme (AIS).