Android application development for the intel platform 1st edition by Ryan Cohen, Tao Wang – Ebook PDF Instant Download/Delivery. 1484201019 978-1484201015
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Product details:
ISBN 10: 1484201019
ISBN 13: 978-1484201015
Author: Ryan Cohen, Tao Wang
The number of Android devices running on Intel processors has increased since Intel and Google announced, in late 2011, that they would be working together to optimize future versions of Android for Intel Atom processors. Today, Intel processors can be found in Android smartphones and tablets made by some of the top manufacturers of Android devices, such as Samsung, Lenovo, and Asus.
The increase in Android devices featuring Intel processors has created a demand for Android applications optimized for Intel Architecture: Android Application Development for the Intel® Platform is the perfect introduction for software engineers and mobile app developers. Through well-designed app samples, code samples and case studies, the book teaches Android application development based on the Intel platform—including for smartphones, tablets, and embedded devices—covering performance tuning, debugging and optimization.
This book is jointly developed for individual learning by Intel Software College and China Shanghai JiaoTong University.
Android application development for the intel platform 1st Table of contents:
Preface
- Introduction to Android Development for Intel Platforms
- Target Audience and Prerequisites
- Overview of Android on Intel Architecture
- How to Use This Book
Part 1: Introduction to Android Development
Chapter 1: Overview of Android Development
- What is Android? The Android Ecosystem
- Setting Up the Development Environment
- Understanding Android Studio and Tools
- Basic Android App Architecture and Components
Chapter 2: Understanding Intel’s Role in Android Development
- Introduction to Intel’s x86 Architecture
- Intel vs ARM in the Context of Android
- Benefits of Developing for Intel-based Android Devices
- Intel Software and Tools for Developers
Chapter 3: Setting Up Your Intel Development Environment
- Installing Android Studio on Intel-Based Machines
- Android Emulator on Intel Platforms (HAXM)
- Debugging and Testing on Intel Devices
Part 2: Core Android Development Concepts
Chapter 4: User Interface Development
- Understanding Android Layouts and Views
- Designing Responsive UIs for Intel-Based Devices
- Using Intel’s Hardware Features for Performance in UI Rendering
- Best Practices for Multi-Screen and Multi-Resolution Support
Chapter 5: Java and Kotlin in Android Development
- Using Java for Android Apps
- Introduction to Kotlin for Android Development
- Kotlin vs Java for Intel-Based Android Apps
- Key Differences in Compilation for Intel Architecture
Chapter 6: Working with Android SDK and APIs
- Overview of Key Android SDK Components
- Using Android APIs for Device Features (Sensors, Camera, etc.)
- Intel-Specific APIs and Libraries for Performance Optimization
Chapter 7: Data Storage and Management
- Storing Data in Android Apps (SharedPreferences, SQLite, and Files)
- Introduction to Android’s Content Providers
- Working with Cloud Storage Solutions
- Intel Tools for Database and Data Management Optimization
Part 3: Performance Optimization for Intel Platforms
Chapter 8: Performance Optimization Basics
- Performance Analysis and Tools for Android
- Intel’s Software Tools for Performance (Intel VTune, Intel Inspector)
- Profiling and Benchmarking Android Apps
- Key Performance Metrics for Intel Platforms
Chapter 9: Optimizing for Intel Hardware
- Leveraging Intel’s Multi-Core and Hyper-Threading Features
- Optimizing Apps for Intel’s Graphics (GPU)
- Intel’s Integrated Graphics for Android Development
- Optimizing Power Usage on Intel Devices
Chapter 10: Multi-Core and Parallel Processing
- Introduction to Multi-Core Programming for Android
- Implementing Multi-Threading in Android Apps
- Intel Threading Building Blocks for Android Development
- Using Parallel Processing for Performance Gains on Intel Devices
Part 4: Advanced Android Development for Intel
Chapter 11: Integrating Native Code with JNI (Java Native Interface)
- Overview of JNI and Native Code in Android Apps
- Writing Native Code for Intel Architecture
- Using C++ for Performance-Critical Android Features
- Intel’s Optimization for Native Code on Android
Chapter 12: Graphics and Multimedia
- Using OpenGL ES for 3D Graphics Development
- Intel’s GPU Support for Android and OpenGL
- Audio and Video Processing on Intel Platforms
- Intel Media SDK for Optimized Multimedia Apps
Chapter 13: Cross-Platform Development with Intel Tools
- Introduction to Cross-Platform Development for Android
- Intel’s Crosswalk Project for Android Apps
- Using HTML5 and JavaScript for Android Apps
- Performance Considerations for Cross-Platform Development
Part 5: Debugging, Testing, and Deployment
Chapter 14: Debugging Android Apps on Intel Devices
- Using Android Studio’s Debugger
- Debugging Performance Issues on Intel Hardware
- Advanced Debugging Tools from Intel (Intel Advisor, Intel VTune)
- Handling Bugs Specific to Intel-based Android Devices
Chapter 15: Testing Android Apps for Intel Platforms
- Automated Testing for Intel Devices
- Unit Testing and UI Testing on Intel Devices
- Intel’s Tools for Performance and Stress Testing
Chapter 16: Building and Deploying Android Apps
- Building APKs for Intel Devices
- Deployment on Intel-based Android Devices
- Publishing on Google Play and Intel App Store
- Packaging and Signing APKs for Distribution
Conclusion
- Summary of Key Concepts
- Best Practices for Android Development on Intel Platforms
- Resources for Further Learning
Appendices
- A. Useful Intel Developer Tools for Android
- B. Android Studio Keyboard Shortcuts
- C. Common Errors and Troubleshooting Tips
References
Index
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