INTRODUCTION TO THE DEVELOPMENT OF APPLICATIONS ON THE INTEL ATOM PLATFORM FOR NETBOOKS AND TABLETS

Description

1. Computing continuum, processor Intel-Atom 1. Computing continuum, processor Intel-Atom 1.1. Trends in the Computer Technology Development: to the Systems on a Chip 1.2. The Intel Computing Continuum and Processor Intel-Atom 1.3. Developing Applications on Intel Atom 1.4. Conclusions 1.5. Test Questions References 2. OS Android 2.1. History 2.2. OS Linux in General 2.3. OS Android Architecture 2.4. Kernel Features 2.5. Java-machine Dalvik 2.6. Bionic 2.7. Overview of Java-application Programmer Interfaces 2.8. Test questions References 3. Developing Applications on the Android Platform 3.1. Introduction 3.2. Development Environment Eclipse 3.3. Android SDK 3.4. Plug-in ADT for Eclipse 3.5. Debugging in Eclipse and in a Command-line of Comms Services 3.6. Intel's Development Tools for Linux 3.7. Free IDE for the Software Development in C/C++ under Linux 3.8. Profiling and Debugging Tools 3.9. Development of Mobile Applications 3.10. Conclusions 3.11. Test Questions References 4. The Development of Applications for Tablet PC 4.1. Introduction 4.2. Sensors 4.3. Sensory Capabilities of OS Android 4.4. Interface of Traditional Sensors in Android API 4.5. 4.6. Acceleration Sensor 4.7. GPS Sensor 4.8. Programming a Touch Screen 4.8.1. A Brief History 4.9. Touchscreen 4.10. Conclusions 4.11. Test questions References 5. Introduction to the Psychology of the Human-Computer Interaction 5.1. Introduction 5.2. The Evolution of Approaches to the Designing of the Human-Computer Interaction 5.3. Disciplines and Approaches Within the Framework of Which the Methods and Techniques Used in the UI Design are Developed 5.3.1. Academic disciplines and approaches 5.3.2. Applied disciplines and approaches 5.4. Professionals Involved in UI Designing 5.5. Interface Models 5.6. UI Design Stages 5.7. The Points to Consider When Designing UI 5.8. A Couple of Words about the “Intuitive Interface” 5.9. The Specifics of Designing for Mobile Devices 5.10. Conclusions 5.11. Test questions References 6. The commercialization of software applications 6.1. Commercialization, Innovations and Entrepreneurship 6.2. The Ways to Commercialize Mobile Applications 6.3. The Preparation and Realization of an Effective StartUp 6.4. Test Questions 7. Laboratory work no. 1 “An Example of the Application Development of User Interfaces for the Android Platform” 7.1. The Purpose of the Laboratory Work 7.2. Instructions on Performing the Laboratory Work 7.2.1.1. Preparing 7.2.1.2. Description of the Application 7.2.1.3. Model “Design-XML” 7.2.1.4. Work Handle 8. Laboratory work no. 2 “Sensors in Android” 8.1. The Purpose of the Laboratory Work 8.2. Introduction 8.3. Instructions on Performing the Laboratory Work 8.3.1.1. Preparing 8.3.1.2. Work Handle 8.4. Tasks for the Individual Work 9. Laboratory work no. 3 “The Use of an Orientation Sensor to Control the User Interface” 9.1. The Purpose of the Laboratory Work 9.2. Instructions on Performing the Laboratory Work 9.3. Tasks for the Individual Work 9.4. Conclusions 9.5. Test Questions References 10. Laboratory work no. 4 “The Use of a Webcam and a Touchscreen Interface” 10.1. The Purpose of the Laboratory Work 10.2. Instructions on Performing the Laboratory Work 10.3. Tasks for the Individual Work 10.4. Conclusions 10.5. Test Questions References 11. Laboratory work no. 5 “The Provision of Positive User Experience/Usability in Complex User Interfaces in MeeGoTouch” 11.1. The Purpose of the Laboratory Work 11.2. Introduction 11.3. Instructions on Performing the Laboratory Work 11.4. Tasks for the Individual Work 11.5. Conclusions 11.6. Test Questions References 12. Laboratory work no. 6 “Improving User Experience/Usability Through Gestures” 12.1. The Purpose of the Laboratory Work 12.2. Instructions on Performing the Laboratory Work 12.3. Tasks for the Individual Work 12.4. Conclusions 12.5. Test Questions References Сoncluding Remarks