Android on X86 an introduction to optimizing for Intel Architecture 1st edition by Iggy Krajci, Darren Cummings ISBN 1430261307 978-1430261308

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ISBN 10: 1430261307
ISBN 13: 978-1430261308
Author: Iggy Krajci, Darren Cummings 

Android on x86: an Introduction to Optimizing for Intel® Architecture serves two main purposes. First, it makes the case for adapting your applications onto Intel’s x86 architecture, including discussions of the business potential, the changing landscape of the Android marketplace, and the unique challenges and opportunities that arise from x86 devices. The fundamental idea is that extending your applications to support x86 or creating new ones is not difficult, but it is imperative to know all of the technicalities. This book is dedicated to providing you with an awareness of these nuances and an understanding of how to tackle them.

Second, and most importantly, this book provides a one-stop detailed resource for best practices and procedures associated with the installation issues, hardware optimization issues, software requirements, programming tasks, and performance optimizations that emerge when developers consider the x86 Android devices. Optimization discussions dive into native code, hardware acceleration, and advanced profiling of multimedia applications. The authors have collected this information so that you can use the book as a guide for the specific requirements of each application project.

This book is not dedicated solely to code; instead it is filled with the information you need in order to take advantage of x86 architecture. It will guide you through installing the Android SDK for Intel Architecture, help you understand the differences and similarities between processor architectures available in Android devices, teach you to create and port applications, debug existing x86 applications, offer solutions for NDK and C++ optimizations, and introduce the Intel Hardware Accelerated Execution Manager. This book provides the most useful information to help you get the job done quickly while utilizing best practices.

Android on X86 an introduction to optimizing for Intel Architecture 1st Table of contents:

Preface

• Introduction to the Book
• Target Audience and Prerequisites
• Why Android on x86?
• Overview of Intel Architecture and Android

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Part 1: Getting Started with Android on x86

Chapter 1: Overview of Android on Intel Architecture

• Introduction to Android and Intel Architecture
• Benefits of Running Android on Intel’s x86 Platform
• Intel vs ARM in the Android Ecosystem
• Key Differences Between ARM and x86 Android Development

Chapter 2: Setting Up Your Development Environment

• Installing Android Studio on Intel-based Machines
• Setting Up the Android Emulator on x86 (Intel HAXM)
• Configuring Intel’s Android SDK Tools
• Building and Running Android Apps on Intel Devices

Chapter 3: Intel’s Role in Android Development

• Overview of Intel’s Contributions to Android
• Intel’s Mobile Processors and Their Features
• Benefits of Intel Architecture for Android Performance
• Intel Software Development Tools for Android

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Part 2: Android Development for x86 Platforms

Chapter 4: Key Differences in Android Development for x86

• Understanding the Impact of Intel’s x86 Architecture
• How x86 Optimizations Affect Android Apps
• Memory Models: x86 vs ARM
• Performance Considerations for Android on x86

Chapter 5: Optimizing Android Apps for x86 Architecture

• Introduction to Hardware and Software Optimizations
• Using Intel’s Multi-Core and Hyper-Threading Features
• Optimizing for Intel’s Graphics (GPU) on Android
• Leveraging Intel’s Power Management Technologies

Chapter 6: Performance Analysis and Tuning

• Tools for Profiling and Performance Analysis
• Intel VTune for Performance Tuning
• Using Intel’s Profiler to Identify Performance Bottlenecks
• Memory Optimization and Management on x86

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Part 3: Advanced Optimization Techniques for Android on x86

Chapter 7: Optimizing Android Graphics for Intel x86

• Working with OpenGL ES for Android on Intel Hardware
• Optimizing Rendering Performance on Intel’s GPUs
• Using Intel’s Media SDK for Multimedia Applications
• Best Practices for 3D Graphics on x86 Android Devices

Chapter 8: Optimizing Native Code with JNI

• Introduction to JNI and Native Code Integration
• Writing Native Code for Android on x86
• Performance Considerations When Using Native Code
• Using Intel’s Compiler Tools to Optimize Native Code

Chapter 9: Multi-Core Optimization for Intel x86

• Leveraging Multi-Core Processors for Android Development
• Parallel Processing and Multi-Threading in Android Apps
• Optimizing Android Applications for Intel’s Multi-Core Processors
• Intel Threading Building Blocks (TBB) for Android

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Part 4: Debugging and Testing Android on Intel x86

Chapter 10: Debugging Android Apps on Intel-based Systems

• Debugging Android Apps on Intel Architecture
• Using Android Studio’s Debugging Tools
• Intel’s Debugging Tools for Performance Issues
• Troubleshooting Common Issues on Intel x86

Chapter 11: Automated Testing for Intel-based Android Devices

• Tools for Automated Testing on Intel Architecture
• Unit Testing and UI Testing on Intel-based Android Devices
• Using Intel’s Performance Analysis Tools During Testing
• Best Practices for Testing Android Apps on x86 Platforms

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Part 5: Real-World Applications and Use Cases

Chapter 12: Optimizing Android for Intel-powered Mobile Devices

• Case Studies of Android Apps Optimized for Intel Architecture
• Using Intel Atom and Core Processors for Mobile Apps
• Optimizing Android’s Power Consumption on Intel Devices
• Leveraging Intel’s Hardware for Better Battery Life

Chapter 13: Case Study: Running Android on Intel’s Compute Sticks

• Intel Compute Stick: Overview and Use Cases
• Porting Android to Intel’s Compute Sticks
• Optimizing Performance and User Experience on Intel Compute Sticks

Chapter 14: Future Trends in Android and Intel

• The Future of Android on Intel Platforms
• Intel’s Roadmap for Mobile and Embedded Devices
• What’s Next for Android on x86? Emerging Technologies
• Intel’s Role in Shaping Android for the Future

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Conclusion

• Summary of Key Learnings
• Final Thoughts on Optimizing Android for x86
• Resources for Continued Learning

Appendices

• A. Android Emulator Setup for Intel Platforms
• B. Useful Intel Developer Tools for Android Development
• C. Performance Tuning Tips and Tricks

References

Index

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