- Shopping Bag ( 0 items )
Integrated Image and Graphics Technologies attempts to enhance the access points to both introductory and advanced material in this area, and to facilitate the reader with a comprehensive reference for the study of integrated technologies, systems of image and graphics conveniently and effectively. This edited volume will provide a collection of fifteen contributed chapters by experts, containing tutorial articles and new material describing in a unified way, the basic concepts, theories, characteristic features of the technology and the integration of image and graphics technologies, with recent developments and significant applications.
1: Introduction; D. Zhang, M. Kamel, G. Baciu. 1.1. Image and Graphics Technologies. 1.2. Integrated Technologies. 1.3. Book Perspective.
2: Transforming 3D Mesh Surfaces into Images by Parameterization; Jingqi Yan, Pengfei Shi,D. Zhang. 2.1. Introduction. 2.2. Chart Parameterization. 2.3. Transforming Meshes Into Images. 2.4. Applications. 2.5. Conclusion.
3: 3D Modeling Based on Attributed Hypergraphs; Li Rong, A.K.C. Wong. 3.1. Introduction. 3.2. Attributed Hypergraph Representation (AHR). 3.3. 3D Object Modeling Using AHR and AH Operators. 3.4. Augmented Reality Using AHR. 3.5. Experiments of Modeling and Augmented Reality. 3.6. Conclusions.
4: Visibility Culling for Interactive Dynamic Scenes; G. Baciu, Ki-Wan Kwok. 4.1. Introduction. 4.2. Overview. 4.3. Ray Parameterization. 4.4. Visibility within a Vertical Directional Plane. 4.5. Visibility Culling on Static Objects. 4.6. Dynamic Scene Occlusion Culling. 4.7. Conclusion.
5: Image-Based Collision Detection; G. Baciu, Wingo Sai-Keung Wong. 5.1. Introduction. 5.2. Simulation Space. 5.3. Object Space vs. Image Space Collision Detection. 5.4. Ray Casting. 5.5. Rendering Passes. 5.6. Interference Region. 5.7. Optimal MOR's.
6: Fourier Processing in the Graphics Pipeline; E. Angel, K. Moreland. 6.1. Introduction. 6.2. Convolution. 6.3. Hardware Implementation. 6.4. The Fourier Transform. 6.5. Vertex and Fragment Programming. 6.6. Using the GPU for the FFT. 6.7. Examples. 6.8. Conclusions.
7: Transformation Image into Graphics; Zonghua Zhang, Xiang Peng, D. Zhang. 7.1. Introduction. 7.2. Overviews. 7.3. An Example System Based on Fringe Projection. 7.4. Experimental Results. 7.5. Conclusion Remarks and Future Work.
8: An Introduction to Image-Based Rendering; Heung Yeung Shum, Yin Li, Sing Bing Kang. 8.1. Introduction. 8.2. Rendering with No Geometry. 8.3. Rendering with Implicit Geometry. 8.4. Rendering with Explicit Geometry. 8.5. Trade-off between Images and Geometry. 8.6. Rendering with Layered Geometry. 8.7. Discussions.
9: Image-Based Relighting: Representation and Compression; Tien-Tsin Wong and Pheng-Ann Heng. 9.1. Introduction. 9.2. Computational Model. 9.3. Sampling. 9.4. Relighting. 9.5. Intra-Pixel Compression. 9.6. Inter-Pixel Compression. 9.7. Inter-Channel Compression. 9.8. Overall Evaluation. 9.9. Conclusions and Future Directions.
10: Construction of Complex Environments from a Set of Depth Images; Enhua Wu, Yanci Zhang, Xuehui Liu. 10.1. Introduction. 10.2. Typical Algorithms. 10.3. Framework of Hybrid Modeling. 10.4. Pick up of Valid Samples. 10.5. Hybrid Representation. 10.6. Real Time Rendering. 10.7. Summary and Conclusions.
11: Quadratic Surface Reconstruction from Multiple Views Using SQP; Rubin Gong, Gang Xu. 11.1. Introduction. 11.2. Formulation. 11.3. Sequential Quadratic Programming. 11.4. Outline of the Method. 11.5. Experimental Results. 11.6. Summary and Conclusions.
12: Photo-Realistic Conversation Agent; Bo Zhang, Zicheng Liu, Baining Guo. 12.1. Introduction. 12.2. E-Partner System Architecture. 12.3. Facial Animation. 12.4. Geometry-driven Expression Synthesis. 12.5. Conclusion and Future Work.
13: 3D Seismic Volume Visualizatio; Chunyu Ma, J. Rokne. 13.1. Introduction. 13.2. Seismic Exploration. 13.3. Visualizing Volume Data and Computer Graphics. 13.4. Conclusion.
14: Graphical Representation of Fingerprint Images; Jie Zhou, D. Zhang, Jinwei Gu, Nannan Wu. 14.1. Introduction. 14.2. Minutiae-based Representation Fingerprint. 14.3. Modeling Orientation Fields. 14.4. Generation of Synthetic Fingerprint Images. 14.5. Complete Representation of Fingerprints. 14.6. Summary.
15: Image Based Modeling and Analysis of Textile Materials; Jinlian Hu, Binjie Xin. 15.1. Introduction. 15.2. Modeling of Fabric Pilling. 15.3. Modeling of Polar Fleece Fabric Appearance. 15.4. Modeling of Fabric Wrinkling. 15.5. Summary and Conclusions.
16: Virtual Product Presentation Based on Images and Graphics; Zhigeng Pan, Mingmin Zhang, Tian Chen. 16.1. Introduction. 16.2. Related Work. 16.3. Image-based Virtual Presentation of Products. 16.4. Graphics-based Virtual Presentation of Products. 16.5. Summary and Conclusions.
17: 3D Imaging and Applications; Xiaoyi Jiang, H. Bieri. 17.1. Introduction. 17.2. 3D Imaging Principles. 17.3. 3D Sensors. 17.4. Data Fusion. 17.5. Model Generation. 17.6. Other Related Topics. 17.7. Applications. 17.8. Conclusions.
18: Range Image Segmentation Using Local Approximation of Scan Lines with Application to CAD Model Acquisition; I. Khalifa, M. Moussa, M. Kamel. 18.1. Introduction. 18.2. Range Image Segmentation. 18.3. CAD Model Building. 18.4. Experimental Results. 18.5. Conclusion and Future Work.
19: Shape-Based Image Retrieval Applied to Trademark Images; O. El Badawy, M. Kamel. 19.1. Introduction. 19.2. Overview of Current Methods. 19.3. Shape Analysis. 19.4. Shape Retrieval Architecture. 19.5. Experimental Results. 19.6. Conclusion and Future Work.
20: Multi-Resolution Image Registration Using Multi-Class Hausdorff Fraction; H. Salem Alhichri, M. Kamel. 20.1. Introduction. 20.2. Hausdorff Fraction. 20.3. Transformation Space. 20.4. Multi-resolution Image Registration. 20.5. Multi-class Hausdorff Fraction. 20.6. Experimental Results. 20.7. Conclusion.