Coding As Literacy : Metalithikum IV.

Intro -- On the book series -- Introduction - Coding as Literacy -- What Makes the SELF-ORGANIZING MAPS (SOM)So Particular among Learning Algorithms? -- I Elements of a Digital Architecture -- I Timaeus -- II Pythagoras -- III Ptolemy -- IV Alberti -- V Lagrange -- VI Markov -- II A Nonanthropocentric Approach to Apperception -- Jean Petitot's Fiber-Bundle Approach to Apperception -- The Case for Continua -- III Pre-Specific Modeling: Computational Machines in a Coexistence with Concrete Universals and Data Streams -- I how to Approach the Notion of Scientific Modeling -- II Formal Definitions and Categories of Scientific Modeling -- III Idealization in Scientific Modeling -- IV Universals and Modeling -- V Specific Modeling: Models Based on Abstract Universals -- V .I Limits of Modeling Based on Abstract Universals -- V.I.I Godel's Incompleteness Theorem and Arbitrariness of Models Based on Abstract Universals -- V .I.II Curse of Dimensionality in Complex Systems -- V .I.III From Particular to Genericand the Concept of "Error" -- VI Pre-Specific Modeling: Models based on Concrete Universals -- VI .I Dedekind Cut: When a Particular Object is Represented by the Negation of Its Complement -- VI .II From Generic to Particular: Object-Dependent Representation -- VII Massive Unstructured Data Streams: An Inversion in the Notion of Measurements and Data Processing -- VIII Computational Methods Supporting Pre-Specific Modeling -- VIII.I Markov Chains -- VIII.II Self-Organizing Map -- VIII .II.I No More External Dictionary and No More Generic Object -- VIII .II.II Computing with Indexes Beyond Ideal Curves -- IV SOM. self. organized -- V The Nature of Local/Global Distinctions,Group Actions, and Phases: A Sheaf-Theoretic Approach to Quantum Geometric Spectra -- I Observables and Geometric Spectrum -- II Group Actions and the Erlangen Program.

III Local Group Actions and Gauge Theory -- IV The Advent of Quantum Theory -- V What Is a Sheaf? -- VI The Program of "Relational Realism" -- VII Quantum Mechanics as a Non-Spatiotemporal Gauge Theory -- VIII Quantum Geometric Spectra -- VI Self-Organizing Maps and Learning Vector Quantization for Complex Data -- I Introduction -- II Fundamental principles -- II.I Unsupervised Prototype-Based Techniques -- II.II Supervised Prototype-Based Schemes -- III Metric Learning -- IV Relational and Kernel Mapping -- V Recursive models -- VI Conclusions -- Acknowledgments -- VII The Common Sense of Quantum Theory: Exploring the Internal Relational Structure of Self-Organization in Nature -- VIII GICA : Grounded Intersubjective Concept Analysis. A Method for Improved Research, Communication, and Participation -- I Introduction -- I.I Contextuality and subjectivity -- I.II Shedding light on subjectivity: crowdsourcing -- I.III Becoming conscious of individual differences as a way of increasing understanding -- I.IV False agreements and false disagreements -- I .V Making differences in understanding visibl e -- II Theoretical background -- II .I Cognitive theory of concepts and understanding -- II .II Subjective conceptual spaces -- II.III INTERSUBJECTIVITY in conceptual spaces -- II.IV Conceptual differences in collaborative problem solving -- III The GICA method -- III .I Introduction to subjectivity and context analysis -- III.II Preparation and specifying the topic -- III.II.I Determining relevant stakeholder groups -- III.II.II Collecting focus items from relevant stakeholders and others -- III.II.III Collecting context items -- III.III Focus session -- III.III.I Filling in the Tensor -- III.III.II Data analysis and visualization -- III.IV knowledge to action -- IV Discussion -- IV.I GICA as a participatory method.

IV.I.II Barriers for successful communication in participatory processes -- IV .II Summarizing our contribution and future directions -- V ACKNOWLEDGMENTS -- VI Further References -- IX "Ichnography"-The Nude and Its Model The Alphabetic Absolute and Storytelling in the Grammatical Case of the Cryptographic Locative Vera Bühlmann -- I THEME one, PLOT one: HUMANISM -- Blessed Curiosity -- The Alphabetic Absolute -- The Comic -- Mediacy and Real Time -- H ow to Address the Tense-ness of Radioactive Matt er in a Universe's Instantaneity? -- The Unknown Masterpiece : The Depiction of Nothing-at-All -- The Signature of the Unknown Masterpiece -- II THEME one, PLOT two: THE SUMMATION OF INFINITE TERMS IN SERIES -- Science, Liberalization, and the Absolute -- Two Kinds of Mathesis : General and Universal -- Cartesian Limits -- Al gebra in the Service of Parabolic In-vention -- III THEME one, PLOT three: NAMING THAT OF WHICH WE KNOW NOTHING -- We Are Leibniz's Contemporaries -- Algebra's Scope of INFINITARY Discretion -- "Nature Is There Only Once": The Promise of a General Metrics -- Symbolisms and Modes of Determination -- Psycho-political Struggle around the Cardinality and Ordinality of Sums (Totals) -- The Presumptuousness of Universal Measure -- Discrete Intellection of Invariances vs. Measuring the Continuity Owed to Constant Values -- Image references -- COLOPHON.

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Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2024. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.