Algorithmic and Geometric Aspects of Robotics (Routledge Revivals)
-10%
portes grátis
Algorithmic and Geometric Aspects of Robotics (Routledge Revivals)
Schwartz, Jacob T.; Yap, Chee-Keng
Taylor & Francis Ltd
03/2021
322
Mole
Inglês
9781138203501
15 a 20 dias
700
Descrição não disponível.
Preface; Introduction Chee-Keng Yap; 1. Why Robotics? 2. An Overview of the Contents of the Volume 3. Brief Review of Standard Terminology; 1. The Challenge of Robotics for computer Science John E. Hopcroft and Dean B. Krafft; 1. What is Robotics? 2. A New Science 3. Representations for Physical Objects and processes 4. Manipulating Object Representations 5. Reasoning 6. Conclusions References; 2. Computational Geometry - A User's Guide David P. Dobkin and Diane L. Souvaine; 1. Introduction 2. Hierarchical Search 3. Hierarchical Computation 4. Geometric Transformations 5. Conclusion References; 3. Algorithmic Motion Planning Chee-Keng Yap; 1. History 2. Basic Concepts 3. A Taxonomy of Motion Planning Problems 4. Issues related to Algorithmic Motion Planning 5. Moving a Disc 6. Moving a Ladder 7. Two Approaches to Motion Planning 8. Solution to the General Motion Planning Problem 9. Retraction Via Cell Complexes 10. Lower Bounds 11. Summary: New Directions and Open Problems 12. Conclusion References; 4. Approximation and Decomposition of Shapes Bernard Chazelle; 1. Introduction 2. Approximation of Shapes 3. Decomposition of Shapes 4. Epilogue References; 5. Intersection and Proximity Problems and Voronoi Diagrams Daniel Leven and Micha Sharir; 1. Introduction 2. A Simple Intersection Detection Algorithm in Two-Dimensional Space 3. Generalized Planar Voronoi Diagrams 4. Applications of Voronoi Diagrams 5. Efficient Construction of Voronoi Diagrams 6. Dynamic Intersection and Proximity Problems 7. The Three-Dimensional Case References; 6. Fleshing Out Wire Frames: Reconstruction of Objects, Part I George Markowsky and Michael A. Wesley; 1. Introduction 2. Basic concepts 3. The Wire Frame Algorithm 4. Examples Appendix A: Topological Concepts References; 7. Fleshing Out Projections: Reconstruction of Objects, Part II Michael A. Wesley and George Markowsky; 1. Introduction 2. Basic Concepts and Results 3. Fleshing Out Unlabled Projections 4. Additional Information from Drawing Conventions 5. Examples 6. Summary References; Author Index; Subject Index
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Voronoi Diagrams;Convex Hull;Computational Geometry;Wire Frame;Virtual Face;Virtual Blocks;Virtual Faces;Convex Polygon;Polyhedral Object;Motion Planning Problem;Vice Versa;Voronoi Edge;Projections Algorithm;Algorithmic Motion Planning;Robot Systems;Connected Component;Proximity Problems;Voronoi Cell;Priority Search Tree;Graham Scan;Contour Component;Semi-algebraic Set;Improper Point;Uncertain Edges;Configuration Space
Preface; Introduction Chee-Keng Yap; 1. Why Robotics? 2. An Overview of the Contents of the Volume 3. Brief Review of Standard Terminology; 1. The Challenge of Robotics for computer Science John E. Hopcroft and Dean B. Krafft; 1. What is Robotics? 2. A New Science 3. Representations for Physical Objects and processes 4. Manipulating Object Representations 5. Reasoning 6. Conclusions References; 2. Computational Geometry - A User's Guide David P. Dobkin and Diane L. Souvaine; 1. Introduction 2. Hierarchical Search 3. Hierarchical Computation 4. Geometric Transformations 5. Conclusion References; 3. Algorithmic Motion Planning Chee-Keng Yap; 1. History 2. Basic Concepts 3. A Taxonomy of Motion Planning Problems 4. Issues related to Algorithmic Motion Planning 5. Moving a Disc 6. Moving a Ladder 7. Two Approaches to Motion Planning 8. Solution to the General Motion Planning Problem 9. Retraction Via Cell Complexes 10. Lower Bounds 11. Summary: New Directions and Open Problems 12. Conclusion References; 4. Approximation and Decomposition of Shapes Bernard Chazelle; 1. Introduction 2. Approximation of Shapes 3. Decomposition of Shapes 4. Epilogue References; 5. Intersection and Proximity Problems and Voronoi Diagrams Daniel Leven and Micha Sharir; 1. Introduction 2. A Simple Intersection Detection Algorithm in Two-Dimensional Space 3. Generalized Planar Voronoi Diagrams 4. Applications of Voronoi Diagrams 5. Efficient Construction of Voronoi Diagrams 6. Dynamic Intersection and Proximity Problems 7. The Three-Dimensional Case References; 6. Fleshing Out Wire Frames: Reconstruction of Objects, Part I George Markowsky and Michael A. Wesley; 1. Introduction 2. Basic concepts 3. The Wire Frame Algorithm 4. Examples Appendix A: Topological Concepts References; 7. Fleshing Out Projections: Reconstruction of Objects, Part II Michael A. Wesley and George Markowsky; 1. Introduction 2. Basic Concepts and Results 3. Fleshing Out Unlabled Projections 4. Additional Information from Drawing Conventions 5. Examples 6. Summary References; Author Index; Subject Index
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Voronoi Diagrams;Convex Hull;Computational Geometry;Wire Frame;Virtual Face;Virtual Blocks;Virtual Faces;Convex Polygon;Polyhedral Object;Motion Planning Problem;Vice Versa;Voronoi Edge;Projections Algorithm;Algorithmic Motion Planning;Robot Systems;Connected Component;Proximity Problems;Voronoi Cell;Priority Search Tree;Graham Scan;Contour Component;Semi-algebraic Set;Improper Point;Uncertain Edges;Configuration Space
