Titlebook: Complex Systems Design & Management Asia; Designing Smart Citi Michel-Alexandre Cardin,Daniel Krob,Kristin Wood Conference proceedings 2015

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Optimising Complex Networked Systems Availability and collaborative operations among forces becomes increasingly critical. Availability has been applied typically at the system level, as a means to analyse the readiness and logistics effectiveness of the fighting force. Such a standalone system level Measure of Effectiveness (MOE) is no longer ade

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omnibus

Domain-Spanning Change Propagation in Changing Technical Systemscture or the effort for the implementation. If platform elements used in various products within a product family, the change impact can be capital. Based on existing methods, we developed an approach to propagate changes, triggered by a specific cause, in technical systems. The approach consists of

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Policy Design, Planning, and Management in Global Systems Sciencet many levels and it is increasingly recognized that policies applied to one system may impact on policies applied to other systems. The European Commission suggest a ‘science of global systems’ to improve the way that science can help inform policy and societal responses to global challenges such a

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Thinking about the Future of Complex Technological Systems: Which Technologies Should Shape Their Delly we would like to design our systems around these technologies so that we can benefit from the future benefits that these rapid improvements in component performance and cost can provide at a system level. This paper provides data on technologies that are experiencing rapid improvements and it us

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群居动物

0-12, 2014, Singapore.Devoted to the design and management o.This book contains all refereed papers that were accepted to the first edition of the Asia-Pacific.conference on « Complex Systems Design & Management » (CSD&M Asia 2014) that took place in.Singapore from December 10 to December 12, 2014 (

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https://doi.org/10.1007/978-3-8350-9028-6 management, deep sensing, generalized participatory sensing, and security.We describe the design and implementation for each component. We also present the deployment and performance of the UNISENSE architecture in four practical applications.

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