Titlebook: Network-Oriented Modeling for Adaptive Networks: Designing Higher-Order Adaptive Biological, Mental ; Jan Treur Book 2020 Springer Nature

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Using Multilevel Network Reification to Model Second-Order Adaptive Bonding by Homophilyn principle, and represented at the second reification level. The second-order adaptation addresses adaptive change of two of the characteristics of the first-order adaptation, specifically similarity tipping point and connection adaptation speed factor.

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Higher-Order Reified Adaptive Network Models with a Strange Loopng of infinite order. An example simulation shows the upward and downward interactions between the different levels, together with the processes within the levels. Another example addresses adaptive decision making according to two levels that are mutually reifying each other, as in Escher’s Drawing Hands lithograph.

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Modeling Higher-Order Adaptive Evolutionary Processes by Reified Adaptive Network Modelsisting features, which makes the pathways of these new features one order of adaptivity higher than the existing ones, as they adapt a previous adaptation. The network reification approach is shown to be an adequate means to model this transparently.

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A Modeling Environment for Reified Temporal-Causal Network Modelsmatrices specifying the characteristics for the designed network model as input. Based on this input, the computational reified network engine can be used to generate simulations for the network model, thereby using combination functions from the library. In this chapter, this software environment is described in more detail.

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Qiong Wang,Cheng-Yu Chung,Julian N. Rosenberg,Geng Yu,Michael J. Betenbaugh von Schweizer Volksschulorganisationen ist. Auch zeigen wir auf, dass im noch andauernden Umsetzungsprozess der neuen Strukturen eine geklärte Rollenabgrenzung zwischen den Führungsverantwortlichen noch nicht gefunden werden konnte. Es lohnt sich daher, spezifische, prototypische Schulführungsmodel

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Panel Vibrations Induced by Supersonic Wall-Bounded Jet Flow from an Upstream High Aspect Ratio Rectries are simulated by Fourier transforming the loading to the complex frequency domain, combining with the structural frequency response functions and inverse transforming the response back to the time domain. Simulated wall pressures and structural vibration agree well with measurements at on-desig