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SPIRES-BOOKS: FIND KEYWORD COMPUTER ORGANIZATION *END*INIT* use /tmp/qspiwww.webspi1/4376.11 QRY 131.225.70.96 . find keyword computer organization ( in books using www

 Call number: 0471467413:ONLINE Show nearby items on shelf Title: Computer Organization and Architecture, Volume I: Fundamentals of Computer Organization and Architecture Author(s): Abd-El-Barr Date: 2004 Publisher: Wiley-Interscience Size: 1 online resource (289 p.) ISBN: 9780471467410 Series: eBooks Series: Wiley Online Library Series: Wiley 2016 package purchase Keywords: General Computing Availability: Click here to see Library holdings or inquire at Circ Desk (x3401) Click to reserve this book Be sure to include your ID please. More info: Amazon.com More info: Barnes and Noble Full Text: Click here Location: ONLINE

 Call number: TK7885.S56::1976 Show nearby items on shelf Title: Computer Hardware and Organization : An Introduction Author(s): M. E. (Martha E.) Sloan Date: 1976 Publisher: Science Research Associates ISBN: 0574210652 Keywords: Computers Availability: Click here to see Library holdings or inquire at Circ Desk (x3401) Click to reserve this book Be sure to include your ID please. More info: Amazon.com Location: MAIN

 Call number: SPRINGER-1990-9783642612756:ONLINE Show nearby items on shelf Title: Group-Theoretical Methods in Image Understanding Author(s): Kenichi Kanatani Date: 1990 Size: 1 online resource (459 p.) Note: 10.1007/978-3-642-61275-6 Contents: 1. Introduction -- 1.1 What is Image Understanding? -- 1.2 Imaging Geometry of Perspective Projection -- 1.3 Geometry of Camera Rotation -- 1.4 The 3D Euclidean Approach -- 1.5 The 2D Non-Euclidean Approach -- 1.6 Organization of This Book -- 2. Coordinate Rotation Invariance of Image Characteristics -- 2.1 Image Characteristics and 3D Recovery Equations -- 2.2 Parameter Changes and Representations -- 2.3 Invariants and Weights -- 2.4 Representation of a Scalar and a Vector -- 2.5 Representation of a Tensor -- 2.6 Analysis of Optical Flow for a Planar Surface -- 2.7 Shape from Texture for Curved Surfaces -- Exercises -- 3. 3D Rotation and Its Irreducible Representations -- 3.1 Invariance for the Camera Rotation Transformation -- 3.2 Infinitesimal Generators and Lie Algebra -- 3.3 Lie Algebra and Casimir Operator of the 3D Rotation Group -- 3.4 Representation of a Scalar and a Vector -- 3.5 Irreducible Reduction of a Tensor -- 3.6 Restriction of SO(3) to SO(2) -- 3.7 Transformation of Optical Flow -- Exercises -- 4. Algebraic Invariance of Image Characteristics -- 4.1 Algebraic Invariants and Irreducibility -- 4.2 Scalars, Points, and Lines -- 4.3 Irreducible Decomposition of a Vector -- 4.4 Irreducible Decomposition of a Tensor -- 4.5 Invariants of Vectors -- 4.6 Invariants of Points and Lines -- 4.7 Invariants of Tensors -- 4.8 Reconstruction of Camera Rotation -- Exercises -- 5. Characterization of Scenes and Images -- 5.1 Parametrization of Scenes and Images -- 5.2 Scenes, Images, and the Projection Operator -- 5.3 Invariant Subspaces of the Scene Space -- 5.4 Spherical Harmonics -- 5.5 Tensor Expressions of Spherical Harmonics -- 5.6 Irreducibility of Spherical Harmonics -- 5.7 Camera Rotation Transformation of the Image Space -- 5.8 Invariant Measure -- 5.9 Transformation of Features -- 5.10 Invariant Characterization of a Shape -- Exercises -- 6. Representation of 3D Rotations -- 6.1 Representation of Object Orientations -- 6.2 Rotation Matrix -- 6.3 Rotation Axis and Rotation Angle -- 6.4 Euler Angles -- 6.5 Cayley—Klein Parameters -- 6.6 Representation of SO(3) by SU(2) -- 6.7 Adjoint Representation of SU(2) -- 6.8 Quaternions -- 6.9 Topology of SO(3) -- 6.10 Invariant Measure of 3D Rotations -- Exercises -- 7. Shape from Motion -- 7.1 3D Recovery from Optical Flow for a Planar Surface -- 7.2 Flow Parameters and 3D Recovery Equations -- 7.3 Invariants of Optical Flow -- 7.4 Analytical Solution of the 3D Recovery Equations -- 7.5 Pseudo-orthographic Approximation -- 7.6 Adjacency Condition of Optical Flow -- 7.7 3D Recovery of a Polyhedron -- 7.8 Motion Detection Without Correspondence -- Exercises -- 8. Shape from Angle -- 8.1 Rectangularity Hypothesis -- 8.2 Spatial Orientation of a Rectangular Corner -- 8.3 Interpretation of a Rectangular Polyhedron -- 8.4 Standard Transformation of Corner Images -- 8.5 Vanishing Points and Vanishing Lines -- Exercises -- 9. Shape from Texture -- 9.1 Shape from Texture from Homogeneity -- 9.2 Texture Density and Homogeneity -- 9.3 Perspective Projection and the First Fundamental Form -- 9.4 Surface Shape Recovery from Texture -- 9.5 Recovery of Planar Surfaces -- 9.6 Numerical Scheme of Planar Surface Recovery -- Exercises -- 10. Shape from Surface -- 10.1 What Does 3D Shape Recovery Mean? -- 10.2 Constraints on a $$2\frac{1} {2}\text{D}$$ Sketch -- 10.3 Optimization of a $$2\frac{1}{2}\text{D}$$ Sketch -- 10.4 Optimization for Shape from Motion -- 10.5 Optimization of Rectangularity Heuristics -- 10.6 Optimization of Parallelism Heuristics -- Exercises -- Appendix. Fundamentals of Group Theory -- A.1 Sets, Mappings, and Transformations -- A.2 Groups -- A.3 Linear Spaces -- A.4 Metric Spaces -- A.5 Linear Operators -- A.6 Group Representation -- A.7 Schur’s Lemma -- A.8 Topology, Manifolds, and Lie Groups -- A.9 Lie Algebras and Lie Groups -- A.10 Spherical Harmonics ISBN: 9783642612756 Series: eBooks Series: SpringerLink (Online service) Series: Springer eBooks Series: Springer Series in Information Science: 20 Keywords: Physics , Image processing , Physics , Mathematical Methods in Physics , Numerical and Computational Physics , Image Processing and Computer Vision Availability: Click here to see Library holdings or inquire at Circ Desk (x3401) Click to reserve this book Be sure to include your ID please. More info: Amazon.com More info: Barnes and Noble Full Text: Click here Location: ONLINE