Technique for dynamic composition of content and context-sensitive mobile applications. Adaptive mobile browsers as a case study: Dissertation

Keyphrases

• Mobile Devices 100%
• Mobile Application 100%
• Mobile Browser 100%
• Content-sensitive 100%
• Dynamic Composition 100%
• Context-sensitive 100%
• Adaptation 80%
• Task-oriented 80%
• Context-aware Applications 80%
• Adaptive Applications 80%
• Composition Techniques 80%
• Requestor 60%
• Wireless Networks 40%
• Adaptor 40%
• Changing Context 40%
• Performance Improvement 20%
• User Behavior 20%
• Idle Time 20%
• Network Connection 20%
• User Services 20%
• Desktop Computer 20%
• Physical Environment 20%
• Mobile Usage 20%
• Contextual Information 20%
• Client-side 20%
• XML 20%
• Information Requests 20%
• Mobile Environment 20%
• Fixed-line 20%
• Power Resources 20%
• User Context 20%
• Browser 20%
• Context Adaptation 20%
• Content Adaptation 20%
• Application Performance 20%
• World Wide Web Consortium 20%
• World Model 20%
• Memory Power 20%
• Future Context 20%
• Context Sensing 20%
• Adaptation Actions 20%
• Processing Power 20%
• Device Networks 20%
• Adaptation Methods 20%
• Mobile Wireless 20%
• Output Capability 20%
• Context-dependent Task 20%

Computer Science

• Mobile Device 100%
• Mobile Application 100%
• Case Study 100%
• Sensitive Application 60%
• Wireless Network 40%
• Application Instance 40%
• Network Connection 20%
• Speed-up 20%
• Desktop Computer 20%
• Mobile Environment 20%
• Adaptation Action 20%
• User Behavior 20%
• Processing Power 20%
• Context Information 20%

INIS

• applications 100%
• dynamics 100%
• devices 29%
• environment 11%
• connections 11%
• developers 11%
• output 5%
• performance 5%
• comparative evaluations 5%
• information 5%
• resources 5%
• implementation 5%
• cost 5%
• processing 5%
• speed 5%
• power 5%
• errors 5%
• computers 5%