Titlebook: Innovative Systems Approach for Designing Smarter World; Toshiya Kaihara,Hajime Kita,Shingo Takahashi Book 2021 Springer Nature Singapore

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BRUNT

,Viewing Systems from Boundary and?Evolution—Toward Developing New?Systems Approach,ingly diverse. It is, therefore, urgent to build systems approaches that create new systems engineering and science. In this chapter, the author overviews the future perspective of a systems approach and discusses how to build it, based on the discussions in the activities of the Research Committee

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煉油廠

Growing Systems in Smarter World,ptive systems. The relation between artifacts and human is expected to develop from the phase of substitution to the phase of cooperation, but the adaptive systems are still in the phase of substitution. For predicting the new phase of adaptive systems in the near future, this article focuses on the

META

System and Information. A Viewpoint Toward a Novel Systems Approach,entary technologies, novel systems approaches are also needed to construct society wide smart system as cyber-physical systems (CPS) or system of systems (SOS). For that we have to consider collaboration of science and technology both of system and information. In this article, with an overview of k

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acrobat

,Toward Modeling Learning Behavior from a Micro–Macro Link Perspective,y from a micro–macro link perspective. The adaptive process is primarily produced from the interaction between the individual and systems levels, which is considered as a micro–macro loop composed of two learning processes: goal-seeking behavior by individual-level single-loop learning that does not

Albinism

Understanding Disruptive Innovation Through Evolutionary Computation Principles,e been mainly discussed in management science literature, however, some of the recent articles address the transdisciplinary characteristic of innovation-related issues from system science standpoints. In such discussions, evolutionary computation, which is a flexible but strong computational method

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