GPU pro 360 guide to mobile devices

Cover
Half title
Title
Copyright
Contents
Introduction
Web Materials
Chapter 1 Touchscreen-Based User Interaction
> 1.1 Introduction
> 1.2 Motion Estimation
> 1.3 Position Prediction
> 1.4 Application: Controlling a Camera in a Spherical Coordinate System
> 1.5 Algorithm Overview
> 1.6 Conclusion
> 1.7 Acknowledgments
Chapter 2 Optimizing a 3D UI Engine for Mobile Devices
> Hyunwoo Ki 2.1 Overview
> 2.2 Optimization Methods
> 2.3 Conclusion
> Bibliography
Chapter 3 A Shader-Based eBook Renderer
> Andrea Bizzotto 3.1 Overview
> 3.2 Page-Peeling Effect
> 3.3 Enabling Two Pages Side-by-Side
> 3.4 Improving the Look and Antialiasing Edges
> 3.5 Direction-Aligned Triangle Strip
> 3.6 Performance Optimizations and Power Consumption
> 3.7 Putting it Together
> 3.8 Future Work
> 3.9 Conclusion
> 3.10 Acknowledgments
> Bibliography
Chapter 4 Post-Processing Effects on Mobile Devices
> Marco Weber and Peter Quayle 4.1 Overview
> 4.2 Technical Details
> 4.3 Case Study: Bloom
> 4.4 Implementation
> 4.5 Conclusion
> Bibliography
Chapter 5 Shader-Based Water Effects
> Joe Davis and Ken Catterall 5.1 Introduction
> 5.2 Techniques
> 5.3 Optimizations
> 5.4 Conclusion
> Bibliography
Chapter 6 Realistic Real-Time Skin Rendering on Mobile
> Renaldas Zioma and Ole Ciliox 6.1 Introduction
> 6.2 Overview
> 6.3 Power of Mobile GPU
> 6.4 Implementation
> 6.5 Results
> 6.6 Summary
> Bibliography
Chapter 7 Deferred Rendering Techniques on Mobile Devices
> Ashley Vaughan Smith 7.1 Introduction
> 7.2 Review
> 7.3 Overview of Techniques
> 7.4 OpenGL ES Extensions
> 7.5 Conclusion and Future Work
> Bibliography 
Chapter 8 Bandwidth Efficient Graphics with the ARM Mali GPUs
> Marius Bjrge 8.1 Introduction
> 8.2 Shader Framebuffer Fetch Extensions
> 8.3 Shader Pixel Local Storage
> 8.4 Deferred Shading Example
> 8.5 Conclusion
> Bibliography
Chapter 9 Efficient Morph Target Animation Using OpenGL ES 3.0
> James L. Jones 9.1 Introduction
> 9.2 Previous Work
> 9.3 Morph Targets
> 9.4 Implementation
> 9.5 Conclusion
> 9.6 Acknowledgments
> Bibliography
Chapter 10 Tiled Deferred Blending
> Ramses Ladlani 10.1 Introduction
> 10.2 Algorithm
> 10.3 Implementation
> 10.4 Optimizations
> 10.5 Results
> 10.6 Conclusion
> Bibliography
Chapter 11 Adaptive Scalable Texture Compression
> Stacy Smith 11.1 Introduction
> 11.2 Background
> 11.3 Algorithm
> 11.4 Getting Started
> 11.5 Using ASTC Textures
> 11.6 Quality Settings
> 11.7 Other Color Formats
> 11.8 3D Textures
> 11.9 Summary
> Bibliography 
Chapter 12 Optimizing OpenCL Kernels for the ARM Mali-T600 GPUs
> Johan Gronqvist and Anton Lokhmotov 12.1 Introduction
> 12.2 Overview of the OpenCL Programming Model
> 12.3 ARM Mali-T600 GPU Series
> 12.4 Optimizing the Sobel Image Filter
> 12.5 Optimizing the General Matrix Multiplication
> Bibliography
Chapter 13 Hybrid Ray Tracing on a PowerVR GPU
> Gareth Morgan 13.1 Introduction
> 13.2 Review
> 13.3 Combining Ray Tracing with Rasterization
> 13.4 Hard Shadows
> 13.5 Soft Shadows
> 13.6 Reflections
> 13.7 Transparency
> 13.8 Performance
> 13.9 Results
> 13.10 Conclusion
> Bibliography
Chapter 14 Implementing a GPU-Only Particle-Collision System with ASTC 3D Textures and OpenGL ES 3.0
> Daniele Di Donato 14.1 Introduction
> 14.2 GPU-Only Particle System
> 14.3 Physics Simulation
> 14.4 Rendering the Particles
> 14.5 Conclusion
> Bibliography
Chapter 15 Animated Characters with Shell Fur for Mobile Devices
> Andrew Girdler and James L. Jones 15.1 Introduction
> 15.2 Overview
> 15.3 Creating a Shell Fur Texture
> 15.4 Bone Batches or Single Pass?
> 15.5 Model Data and Setup
> 15.6 Animation with TF
> 15.7 Instancing for Fur Shells 
> 15.8 Lighting and Other Effects
> 15.9 Conclusion
> Bibliography
Chapter 16 High Dynamic Range Computational Photography on Mobile GPUs
> Simon McIntosh-Smith, Amir Chohan, Dan Curran, and Anton Lokhmotov 16.1 Introduction
> 16.2 Background
> 16.3 Tone-Mapping Operators
> 16.4 Related Work
> 16.5 GPGPU Using OpenCL
> 16.6 OpenGL ES and Android
> 16.7 Implementing an HDR Pipeline Using OpenCL and OpenGL ES
> 16.8 Android Implementation
> 16.9 Performance of Our HDR Effects
> 16.10 Conclusions
> Bibliography
Chapter 17 Efficient Soft Shadows Based on Static Local Cubemap
> Sylwester Bala and Roberto Lopez Mendez 17.1 Overview
> 17.2 Introduction
> 17.3 Algorithm Overview
> 17.4 What Is a Local Cubemap?
> 17.5 Creating a Shadow Cubemap
> 17.6 Applying Shadows
> 17.7 Smoothness
> 17.8 Combining the Shadow Technique with Others
> 17.9 Performance and Quality
> 17.10 Future Work
> 17.11 Conclusion
> Bibliography
Chapter 18 Physically Based Deferred Shading on Mobile
> Ashley Vaughan Smith and Mathieu Einig 18.1 Introduction
> 18.2 Physically Based Shading
> 18.3 An Efficient Physically Based Deferred Renderer
> 18.4 Experiments
> 18.5 Conclusion and Future Work
> Bibliography
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