A Control-theoretic approach for dynamic adaptive video streaming over HTTP

Keyphrases

• Delivery System 100%
• Quality of Experience 100%
• Control-theoretic Approach 100%
• Client-side 100%
• Bitrate Adaptation 100%
• Buffer Occupancy 100%
• Video Streaming over HTTP 100%
• Dynamic Adaptive Video Streaming 100%
• User Experience 50%
• High-throughput 50%
• Practical Implementation 50%
• Lack of Consensus 50%
• Class-specific 50%
• Rate Estimate 50%
• Commercial Solutions 50%
• Use Rate 50%
• Emulation 50%
• Operating Regime 50%
• Video Applications 50%
• Model Predictive Control Algorithm 50%
• Trace-driven 50%
• Content Delivery 50%
• Video Player 50%
• Control Theoretic Models 50%
• Adaptation Logic 50%
• Content Provider 50%
• Startup Delay 50%
• Internet Video 50%
• Reference Video 50%
• Rebuffering 50%
• Realistic Traces 50%
• Occupancy Information 50%
• User-perceived Quality 50%

Computer Science

• Theoretic Approach 100%
• Quality-of-Experience 100%
• Video Streaming 100%
• Buffer Occupancy 100%
• User Experience 50%
• High Throughput 50%
• Predictive Model 50%
• Control Algorithm 50%
• Adaptation Algorithm 50%
• Theoretic Model 50%
• Perceived Quality 50%
• Adaptation Logic 50%
• Content Delivery 50%
• Content Provider 50%
• Commercial Solution 50%
• Video Application 50%
• Emulation 50%