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Mobile 3D graphics SoC : from algorithm to chip / Jeong-Ho Woo ... [et al.].

Contributor(s): Woo, Jeong-Ho | IEEE Xplore (Online Service) [distributor.] | John Wiley & Sons [publisher.].
Material type: materialTypeLabelBookPublisher: Singapore ; John Wiley & Sons, c2010Distributor: [Piscataqay, New Jersey] : IEEE Xplore, [2010]Description: 1 PDF (x, 327 pages) : illustrations (some color).Content type: text Media type: electronic Carrier type: online resourceISBN: 9780470823798.Other title: Mobile three-dimensional graphics systems on a chip.Subject(s): Computer graphics | Mobile computing | Systems on a chip | Three-dimensional display systems | Algorithm design and analysis | Asia | Bandwidth | Cognition | Computer architecture | Digital systems | Games | Geometry | Graphics | Graphics processing unit | Hardware | Hardware design languages | Indexes | Light sources | Lighting | Logic gates | Memory management | Microprocessors | Mobile communication | Mobile computing | Mobile handsets | Multimedia communication | Pipelines | Pixel | Power demand | Random access memory | Registers | Rendering (computer graphics) | Software | Solid modeling | System-on-a-chip | Terminology | Three dimensional displaysGenre/Form: Electronic books.Additional physical formats: Print version:: No titleDDC classification: 621.3815 Online resources: Abstract with links to resource Also available in print.
Contents:
Preface -- 1 Introduction -- 1.1 Mobile 3D Graphics -- 1.2 Mobile Devices and Design Challenges -- 1.2.1 Mobile Computing Power -- 1.2.2 Mobile Display Devices -- 1.2.3 Design Challenges -- 1.3 Introduction to SoC Design -- 1.4 About this Book -- 2 Application Platform -- 2.1 SoC Design Paradigms -- 2.1.1 Platform and Set-based Design -- 2.1.2 Modeling: Memory and Operations -- 2.2 System Architecture -- 2.2.1 Reference Machine and API -- 2.2.2 Communication Architecture Design -- 2.2.3 System Analysis -- 2.3 Low-power SoC Design -- 2.3.1 CMOS Circuit-level Low-power Design -- 2.3.2 Architecture-level Low-power Design -- 2.3.3 System-level Low-power Design -- 2.4 Network-on-Chip based SoC -- 2.4.1 Network-on-Chip Basics -- 2.4.2 NoC Design Considerations -- 2.4.3 Case Studies of Chip Implementation -- 3 Introduction to 3D Graphics -- 3.1 The 3D Graphics Pipeline -- 3.1.1 The Application Stage -- 3.1.2 The Geometry Stage -- 3.1.3 The Rendering Stage -- 3.2 Programmable 3D Graphics -- 3.2.1 Programmable Graphics Pipeline -- 3.2.2 Shader Models -- 4 Mobile 3D Graphics -- 4.1 Principles of Mobile 3D Graphics -- 4.1.1 Application Challenges -- 4.1.2 Design Principles -- 4.2 Mobile 3D Graphics APIs -- 4.2.1 KAIST MobileGL -- 4.2.2 Khronos OpenGL-ES -- 4.2.3 Microsoft's Direct3D-Mobile -- 4.3 Summary and Future Directions -- 5 Mobile 3D Graphics SoC -- 5.1 Low-power Rendering Processor -- 5.1.1 Early Depth Test -- 5.1.2 Logarithmic Datapaths -- 5.1.3 Low-power Texture Unit -- 5.1.4 Tile-based Rendering -- 5.1.5 Texture Compression -- 5.1.6 Texture Filtering and Anti-aliasing -- 5.2 Low-power Shader -- 5.2.1 Vertex Cache -- 5.2.2 Low-power Register File -- 5.2.3 Mobile Unified Shader -- 6 Real Chip Implementations -- 6.1 KAIST RAMP Architecture -- 6.1.1 RAMP-IV -- 6.1.2 RAMP-V -- 6.1.3 RAMP-VI -- 6.1.4 RAMP-VII -- 6.2 Industry Architecture -- 6.2.1 nVidia Mobile GPU - SC10 and Tegra -- 6.2.2 Sony PSP -- 6.2.3 Imagination Technology MBX/SGX -- 7 Low-power Rasterizer Design.
7.1 Target System Architecture -- 7.2 Summary of Performance and Features -- 7.3 Block Diagram of the Rasterizer -- 7.4 Instruction Set Architecture (ISA) -- 7.5 Detailed Design with Register Transfer Level Code -- 7.5.1 Rasterization Top Block -- 7.5.2 Pipeline Architecture -- 7.5.3 Main Controller Design -- 7.5.4 Rasterization Core Unit -- 8 The Future of Mobile 3D Graphics -- 8.1 Game and Mapping Applications Involving Networking -- 8.2 Moves Towards More User-centered Applications -- 8.3 Final Remarks -- Appendix Verilog HDL Design -- A.1 Introduction to Verilog Design -- A.2 Design Level -- A.2.1 Behavior Level -- A.2.2 Register Transfer Level -- A.2.3 Gate Level -- A.3 Design Flow -- A.3.1 Specification -- A.3.2 High-level Design -- A.3.3 Low-level Design -- A.3.4 RTL Coding -- A.3.5 Simulation -- A.3.6 Synthesis -- A.3.7 Placement and Routing -- A.4 Verilog Syntax -- A.4.1 Modules -- A.4.2 Logic Values and Numbers -- A.4.3 Data Types -- A.4.4 Operators -- A.4.5 Assignment -- A.4.6 Ports and Connections -- A.4.7 Expressions -- A.4.8 Instantiation -- A.4.9 Miscellaneous -- A.5 Example of Four-bit Adder with Zero Detection -- A.6 Synthesis Scripts -- Glossaries -- Index.
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Includes bibliographical references and index.

Preface -- 1 Introduction -- 1.1 Mobile 3D Graphics -- 1.2 Mobile Devices and Design Challenges -- 1.2.1 Mobile Computing Power -- 1.2.2 Mobile Display Devices -- 1.2.3 Design Challenges -- 1.3 Introduction to SoC Design -- 1.4 About this Book -- 2 Application Platform -- 2.1 SoC Design Paradigms -- 2.1.1 Platform and Set-based Design -- 2.1.2 Modeling: Memory and Operations -- 2.2 System Architecture -- 2.2.1 Reference Machine and API -- 2.2.2 Communication Architecture Design -- 2.2.3 System Analysis -- 2.3 Low-power SoC Design -- 2.3.1 CMOS Circuit-level Low-power Design -- 2.3.2 Architecture-level Low-power Design -- 2.3.3 System-level Low-power Design -- 2.4 Network-on-Chip based SoC -- 2.4.1 Network-on-Chip Basics -- 2.4.2 NoC Design Considerations -- 2.4.3 Case Studies of Chip Implementation -- 3 Introduction to 3D Graphics -- 3.1 The 3D Graphics Pipeline -- 3.1.1 The Application Stage -- 3.1.2 The Geometry Stage -- 3.1.3 The Rendering Stage -- 3.2 Programmable 3D Graphics -- 3.2.1 Programmable Graphics Pipeline -- 3.2.2 Shader Models -- 4 Mobile 3D Graphics -- 4.1 Principles of Mobile 3D Graphics -- 4.1.1 Application Challenges -- 4.1.2 Design Principles -- 4.2 Mobile 3D Graphics APIs -- 4.2.1 KAIST MobileGL -- 4.2.2 Khronos OpenGL-ES -- 4.2.3 Microsoft's Direct3D-Mobile -- 4.3 Summary and Future Directions -- 5 Mobile 3D Graphics SoC -- 5.1 Low-power Rendering Processor -- 5.1.1 Early Depth Test -- 5.1.2 Logarithmic Datapaths -- 5.1.3 Low-power Texture Unit -- 5.1.4 Tile-based Rendering -- 5.1.5 Texture Compression -- 5.1.6 Texture Filtering and Anti-aliasing -- 5.2 Low-power Shader -- 5.2.1 Vertex Cache -- 5.2.2 Low-power Register File -- 5.2.3 Mobile Unified Shader -- 6 Real Chip Implementations -- 6.1 KAIST RAMP Architecture -- 6.1.1 RAMP-IV -- 6.1.2 RAMP-V -- 6.1.3 RAMP-VI -- 6.1.4 RAMP-VII -- 6.2 Industry Architecture -- 6.2.1 nVidia Mobile GPU - SC10 and Tegra -- 6.2.2 Sony PSP -- 6.2.3 Imagination Technology MBX/SGX -- 7 Low-power Rasterizer Design.

7.1 Target System Architecture -- 7.2 Summary of Performance and Features -- 7.3 Block Diagram of the Rasterizer -- 7.4 Instruction Set Architecture (ISA) -- 7.5 Detailed Design with Register Transfer Level Code -- 7.5.1 Rasterization Top Block -- 7.5.2 Pipeline Architecture -- 7.5.3 Main Controller Design -- 7.5.4 Rasterization Core Unit -- 8 The Future of Mobile 3D Graphics -- 8.1 Game and Mapping Applications Involving Networking -- 8.2 Moves Towards More User-centered Applications -- 8.3 Final Remarks -- Appendix Verilog HDL Design -- A.1 Introduction to Verilog Design -- A.2 Design Level -- A.2.1 Behavior Level -- A.2.2 Register Transfer Level -- A.2.3 Gate Level -- A.3 Design Flow -- A.3.1 Specification -- A.3.2 High-level Design -- A.3.3 Low-level Design -- A.3.4 RTL Coding -- A.3.5 Simulation -- A.3.6 Synthesis -- A.3.7 Placement and Routing -- A.4 Verilog Syntax -- A.4.1 Modules -- A.4.2 Logic Values and Numbers -- A.4.3 Data Types -- A.4.4 Operators -- A.4.5 Assignment -- A.4.6 Ports and Connections -- A.4.7 Expressions -- A.4.8 Instantiation -- A.4.9 Miscellaneous -- A.5 Example of Four-bit Adder with Zero Detection -- A.6 Synthesis Scripts -- Glossaries -- Index.

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