Keywords:
Artificial intelligence.
;
Electronic books.
Type of Medium:
Online Resource
Pages:
1 online resource (450 pages)
Edition:
1st ed.
ISBN:
9783319302621
Series Statement:
Intelligent Systems Reference Library ; v.102
URL:
https://ebookcentral.proquest.com/lib/geomar/detail.action?docID=4509223
Language:
English
Note:
Intro -- Preface -- Contents -- List of Figures -- 1 Computational Proximity -- 1.1 Computational Proximity Framework -- 1.2 Points, Regions, Connectedness and Point-Free Geometry -- 1.3 Choice of Probe -- 1.4 Proximities -- 1.5 Di Concilio Strong Contact -- 1.6 Strongly Far Proximity -- 1.7 Convexity Structures -- 1.8 Descriptive Proximity -- 1.9 Descriptive Strong Proximity -- 1.10 Nerves -- 1.11 Voronoï Diagrams and Mesh Nerves -- 1.12 Origins, Variations and Applications of Voronoï Diagrams -- 1.13 Mesh Nerves on a Digital Image -- 1.14 Singer Needle Tip Image Mesh: A Step Toward Object Recognition -- 1.15 Topological Spaces: Setting for Computational Proximity -- 1.16 Connectedness and Strongly Near Connectedness -- 1.17 Connected and Strongly Connected Mesh Nerves -- 1.18 Boundedness, Bornology and Bornological Nerves -- 1.19 Proximal Boundedness, Strong Proximal Boundedness -- 1.20 Local Proximity Spaces and Local Strong Proximity Spaces -- References -- 2 Proximities Revisited -- 2.1 Cech Proximity -- 2.2 Cech Closure of a Set -- 2.3 Near Edge Sets -- 2.4 Lodato Proximity -- 2.5 Descriptive Lodato Proximity -- 2.6 Delaunay Triangulation -- 2.7 Voronoï Diagrams Revisited -- 2.7.1 Sites -- 2.8 Some Results for Voronoï Regions -- 2.9 Dirichlet Tessellation Quality and Digital Image Quality -- 2.10 Tessellation Region Centroids -- 2.11 Centroid-Based Voronoï Mesh on an Image -- References -- 3 Distance and Proximally Continuous -- 3.1 Metrics and Metric Topology -- 3.2 Distances: Euclidean and Taxicab Metrics -- 3.3 Metric Proximity -- 3.4 Closeness Metric -- 3.5 Some Recent History of Near Sets -- 3.6 Descriptive Similarity Distance -- 3.7 Descriptively Near Sets Can Be Spatially Disjoint Sets -- 3.8 Neighbourhoods of Points in Euclidean Space -- 3.9 2D Picture Descriptive Neighbourhood of a Point.
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3.9.1 Unbounded Descriptive Neighbourhood of a Picture Point -- 3.9.2 Bounded Descriptive Neighbourhood of a Picture Point -- 3.9.3 Bounded Indistinguishable Descriptive Neighbourhood of a Picture Point -- 3.9.4 Unbounded Indistinguishable Descriptive Neighbourhood of a Picture Point -- References -- 4 Image Geometry and Nearness Expressions for Image and Scene Analysis -- 4.1 Image Geometry -- 4.1.1 Delaunay Triangulation -- 4.1.2 Voronoï Diagrams -- 4.2 Nearness Expressions: Basic Notions -- 4.3 Near and Strongly Near Sets Revisited -- 4.3.1 Lodato Proximity Revisited -- 4.3.2 Descriptive Lodato Proximity Revisited -- 4.3.3 Strong Proximity Revisited -- 4.3.4 Descriptive Strong Proximity Revisited -- 4.4 Di Concilio--Gerla Overlap Revisited -- 4.5 Wallman Proximity Revisited -- 4.6 Far and Strongly Far Sets Revisited -- References -- 5 Homotopic Maps, Shapes and Borsuk--Ulam Theorem -- 5.1 Antipodal Points and Hyperspheres -- 5.2 Borsuk--Ulam Theorem -- 5.3 Homotopic Maps and Deformation Retracts -- 5.4 Object Description, Structured Sets and Shape Features -- 5.4.1 Euclidean Feature Space -- 5.4.2 Feature Vectors -- 5.5 Strongly Proximal Object and Feature Spaces -- 5.6 Strong Proximal Borsuk--Ulam Theorem -- 5.7 Strong Proximal Region-Based Borsuk--Ulam Theorem -- 5.8 Complexes, Nuclei and Applied Homotopy -- 5.9 Strong Proximal Homotopy -- 5.10 Borsuk--Ulam Theorem Extended to Hyperbolic Surfaces by A. Tozzi -- References -- 6 Visibility, Hausdorffness, Algebra and Separation Spaces -- 6.1 Visibility -- 6.2 Separation Axioms -- 6.3 R0 Symmetric Space -- 6.4 Descriptive R0 Space -- 6.4.1 Near Sets in L-Proximity Spaces -- 6.4.2 Descriptive L-Proximity -- 6.4.3 Descriptive Proximity Space Revisited -- 6.5 T0 Anti-Symmetric Space -- 6.6 T1 Space -- 6.7 Hausdorff T2 Space -- 6.8 Hausdorffness and Visibility.
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6.9 Partial Descriptive Groupoids in Hausdorff Spaces -- 6.10 Set-Based Probes and Proximal Delaunay Groupoids -- 6.11 Voronoï Groupoids -- 6.12 T3 Space -- 6.13 T4 Space -- 6.14 Visual Set Patterns in Descriptive Separation Spaces -- 6.14.1 Visual Patterns in Descriptive T1 Spaces -- 6.14.2 Visual Patterns in Descriptive T2 Spaces -- 6.14.3 Set Pattern Generators -- References -- 7 Strongly Near Sets and Overlapping Dirichlet Tessellation Regions -- 7.1 Known Mesh Seed or Generating Points -- 7.2 Julia Set Image Example -- 7.3 Strongly Near Regions and Mesh Cells -- 7.4 Back to Earth -- References -- 8 Proximal Manifolds -- 8.1 Manifolds: Basic Notions -- 8.2 Charts and Atlases -- 8.3 Proximal Voronoï Manifolds, Atlases and Charts -- 8.4 Mean Shift Manifold -- 8.5 Digital Image Manifolds -- 8.6 Mean-Shift Image Manifolds -- 8.7 Image Saliency Manifolds -- 8.8 Selfie Voronoï Manifold -- 8.9 Manifolds with a Proximity -- References -- 9 Watershed, Smirnov Measure, Fuzzy Proximity and Sorted Near Sets -- 9.1 See-Through MM Segments Via Dirichlet Tessellation on an Image -- 9.2 Strongly Near Voronoï Region Interiors on MM Segmentations -- 9.3 Extension of Smirnov Proximity Measure -- 9.4 Fuzzy Lodato Proximity and Fuzzy Lodato--Smirnov Membership Function -- 9.5 Descriptive Smirnov Proximity -- 9.6 Application: Sorting Near Sets Using Smirnov Proximity Measures -- 9.7 Fuzzy Descriptive Lodato Proximity Space -- 9.8 Image Dilation -- 9.9 MorphologicalBinarize Operation with Lower and Upper Bounds -- 9.10 Dilation Method -- 9.11 Dilation and Watershed Segmentation -- 9.12 Gradient Filtering Watershed Components -- References -- 10 Strong Connectedness Revisited -- 10.1 Connectedness: Basic Concepts -- 10.2 Strongly Connected Subsets in a Voronoï Mesh -- References -- 11 Helly's Theorem and Strongly Proximal Helly Theorem -- 11.1 Helly's Theorem.
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11.2 Strongly Near Version of Helly's Theorem -- 11.3 Descriptive Helly's Theorem -- 11.4 Polyforms -- References -- 12 Nerves and Strongly Near Nerves -- 12.1 Polyform Nerves -- References -- 13 Connnectedness Patterns -- 13.1 Connectedness in Voronoï Meshes -- 13.2 Nearness of Collections of Strongly Connected Sets -- 13.3 Picture Mesh Patterns -- 13.4 Pattern Axioms and Object Signature Axioms -- 13.5 Keypoints Mesh Sites -- 13.6 Keypoints Mesh Patterns -- References -- 14 Nerve Patterns -- 14.1 Voronoï Mesh Nerves -- 14.2 Nerves with a Nucleus -- 14.3 Partial Ordering of Nuclei -- 14.4 Voronoï Mesh Nerve Patterns -- References -- Appendix AMathematica and Matlab Scripts -- Appendix BKuratowski Closure Axioms -- Appendix CSets. A Topological Perspective -- Appendix DBasics of Proximities -- Appendix ESet Theory Axioms, Operations and Symbols -- Appendix FTopology of Digital Images -- Author Index -- Subject Index.
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