Design and Realization for Nature Versus Artifacts Science

Masayuki Matsui ()
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Masayuki Matsui: Kanagawa University

Chapter Chapter 6 in Theory, Formulation and Realization of Artifacts Science, 2019, pp 99-115 from Springer

Abstract: Abstract For the so-called artifacts, the sandwich and balancingBalancing principles and their fractal/harmonic structure have already been found. The ideal bodyBody of artifactsArtifacts that satisfies these three principles is still unachievable at a realistic or designable situation. A management’s (designer’s) dilemma is the exchange of (multipower) balance problem of the function (max of needs) versus the role (max of rewards) of artifacts. This problem is here regarded as a class of inverseInverse probleminverse matrix matrix at the matrix approach to nature versus artifacts and could be converted to the fractal structureFractal Structure of sandwich body by Matsui’s ME. One attempt would be challengeable to the realization (management) problem of the physicsPhysics, economicsEconomics, and enterpriseEnterprise in clock type. By our pair-mapPair map, these management (designDesign) methods and formulations that pursue the Nash’s (trade-off) balancing at the economicsEconomicseconomics vs reliability versus reliabilityReliabilityeconomics vs reliability dualityDuality are attempted and proposed toward the nature versus artifacts scienceArtifactsartifacts science. Another attempt would show the principal (waist) logic for the realization of an enterprise robotEnterpriseenterprise robot or jidoka management at the coming ITC-age society and would develop a scheme of demand-to-supply enterprise robotsRobot with ODICS IIOn-Demand Inventory Control System (ODICS)ODICS II engine (heart) of convenience type by dual PDCA cycle. The goal of dual PDCAPDCA cycle is to employ the Nash-like solution of Heart & waist (W=H) type in fundFund optimization. Finally, it is remarked that the ODICS II engine is of pump type for inventory (blood) and is the advanced version of the on-demand inventory control system (ODICSOn-Demand Inventory Control System (ODICS)) made in 2005, and other engines such as SALPS and DSMAP are also available at manufacturing types.

Keywords: Inverse design; Nash’s balance of economics versus physics; Enterprise robot of convenience type; ODICS II; Dual PDCA cycle (search for similar items in EconPapers)
Date: 2019
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Persistent link: https://EconPapers.repec.org/RePEc:spr:spbrcp:978-981-13-3495-5_6

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DOI: 10.1007/978-981-13-3495-5_6

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