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Open Design Systems / A.R.M. (Rogier) Wolfert.

By: Material type: TextTextSeries: Research in design series ; v. 10.Publisher: Amsterdam, The Netherlands : IOS Press BV, [2023]Description: 1 online resourceContent type:
  • text
Media type:
  • computer
Carrier type:
  • online resource
ISBN:
  • 9781643684178
  • 1643684175
Subject(s): Additional physical formats: Print version:: Open Design SystemsDDC classification:
  • 620.001/171 23/eng/20240206
  • 003 23/eng/20230926
LOC classification:
  • TA168 .W65 2023
  • QA76.9.S88
Online resources:
Contents:
Intro -- Title Page -- Contents -- Opening -- Preface -- Contributions -- Commendations -- Reading guide -- Setting the Odesys scene -- Frame of reference -- Design, science, engineering & management -- Systems engineering & thinking -- Modeling & models -- Multi-objective optimisation -- Odesys' common terms & definitions -- Odesys' paradigms & views on world and man -- Design in the context of science & engineering -- Scientist versus engineer -- Empirical R&D, the 4-Quadrant model -- Values of science & engineering -- Con-science, the extended 4-Quadrant model
Open-ended Odesys research questions -- Managing the service provider organization -- Socio-eco purpose, the quality of service concept -- Social laws & principles, a basis for Odesys -- Open loops management, an act of U-ncovering -- Designing to best fit for common purpose -- Common socio-eco interests, the design tY model -- Open designing, an act of U-ncovering -- Mathematical modeling design & decision problems -- Multi-criteria decision analysis & preference function modeling -- Single- & multi-objective design optimisation -- Conspection & curiosity -- Odesys methodology and applications
Socio-technical systems design & integration -- Odesys' methodology & significance -- Odesys' mathematical formulation -- Threefold modeling framework & the Odesys' U -- IMAP & the Preferendus -- Formative Odesys examples -- Bridge design (revisited) -- Shopping mall (linear & non-linear) -- Supermarket (non-linear & non-monotonic) -- Summative Odesys applications -- Open-ended Odesys' U -- Norwegian light rail -- German power transmission line -- Dutch rail level crossing -- South Korean floating wind farm -- Educating the Odesys engineer -- The art of Open Design Learning
Positioning the Odesys engineer -- Open Design Learning (ODL) concept -- ODL, an act of U-nlocking -- Open end -- Conspection & outreach -- Connect -- Appendices -- Research & Development Methods -- Linear versus non-linear optimisation -- Linear optimisation algorithms -- Non-linear optimisation algorithms -- Preferendus Genetic Algorithm -- Normalized scores -- Rank reversal -- Modifications to the ga -- A-priori versus a-posteriori methods -- A-posteriori methods -- A-priori methods -- Choice matrix algorithms -- Bibliography -- About the author
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Includes bibliographical references.

Intro -- Title Page -- Contents -- Opening -- Preface -- Contributions -- Commendations -- Reading guide -- Setting the Odesys scene -- Frame of reference -- Design, science, engineering & management -- Systems engineering & thinking -- Modeling & models -- Multi-objective optimisation -- Odesys' common terms & definitions -- Odesys' paradigms & views on world and man -- Design in the context of science & engineering -- Scientist versus engineer -- Empirical R&D, the 4-Quadrant model -- Values of science & engineering -- Con-science, the extended 4-Quadrant model

Open-ended Odesys research questions -- Managing the service provider organization -- Socio-eco purpose, the quality of service concept -- Social laws & principles, a basis for Odesys -- Open loops management, an act of U-ncovering -- Designing to best fit for common purpose -- Common socio-eco interests, the design tY model -- Open designing, an act of U-ncovering -- Mathematical modeling design & decision problems -- Multi-criteria decision analysis & preference function modeling -- Single- & multi-objective design optimisation -- Conspection & curiosity -- Odesys methodology and applications

Socio-technical systems design & integration -- Odesys' methodology & significance -- Odesys' mathematical formulation -- Threefold modeling framework & the Odesys' U -- IMAP & the Preferendus -- Formative Odesys examples -- Bridge design (revisited) -- Shopping mall (linear & non-linear) -- Supermarket (non-linear & non-monotonic) -- Summative Odesys applications -- Open-ended Odesys' U -- Norwegian light rail -- German power transmission line -- Dutch rail level crossing -- South Korean floating wind farm -- Educating the Odesys engineer -- The art of Open Design Learning

Positioning the Odesys engineer -- Open Design Learning (ODL) concept -- ODL, an act of U-nlocking -- Open end -- Conspection & outreach -- Connect -- Appendices -- Research & Development Methods -- Linear versus non-linear optimisation -- Linear optimisation algorithms -- Non-linear optimisation algorithms -- Preferendus Genetic Algorithm -- Normalized scores -- Rank reversal -- Modifications to the ga -- A-priori versus a-posteriori methods -- A-posteriori methods -- A-priori methods -- Choice matrix algorithms -- Bibliography -- About the author

Description based on online resource; title from digital title page (viewed on February 06, 2024).

WorldCat record variable field(s) change: 050, 082, 650

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