Optimal resource allocation for layered video multicasting in WiMAX

Keyphrases

• Application Layer Forward Error Correction (AL-FEC) 50%
• Base Station 25%
• Challenging Issues 25%
• Coding Scheme 25%
• Distribution Platform 25%
• Exhaustive Search 25%
• Factor System 25%
• Fast-growing 25%
• Genetic Algorithm 25%
• Heuristic Algorithms 25%
• High Data Rate 25%
• Layered Video 100%
• Mobile TV 25%
• Multimedia Applications 25%
• Optimal Resource Allocation 100%
• Packet Loss 25%
• Policy Gradient Method 50%
• QoS Guarantee 25%
• Quality of Service 25%
• Rate Coverage 25%
• Real-time Video 25%
• Resource Allocation Mechanism 25%
• Resource Utilization 50%
• Subscriber 25%
• System Resources 50%
• System Reward 50%
• System Utility 25%
• Ubiquitous Access 25%
• User Demand 25%
• Utility Allocation 25%
• Video Dissemination 25%
• Video multicast 100%
• Video Quality 25%
• Video Telephony 25%
• Videoconferencing 25%
• Wide Coverage 25%
• WiMAX Networks 25%
• Wireless 25%
• Wireless Link 25%
• Worldwide Interoperability for Microwave Access (WiMAX) 100%

Engineering

• Application Layer 100%
• Basestation 50%
• Coding Scheme 50%
• Exhaustive Search 50%
• Forward Error-Correction 100%
• Genetic Algorithm 50%
• High Data Rate 50%
• Iteration Algorithm 100%
• Numerous Advantage 50%
• Packet Loss 50%
• Policy Iteration 100%
• Quality of Service 50%
• Resource Usage 100%
• Simulation Result 50%
• Telephony 50%
• TV 50%

Computer Science

• Application Layer 66%
• Exhaustive Search 33%
• Forward Error Correction 66%
• Genetic Algorithm 33%
• Heuristic Algorithm 33%
• Multicasting 100%
• Multimedia Application 33%
• Policy Iteration 66%
• Quality of Service 33%
• Resource Allocation 100%
• System Resource 33%
• Utility Software 33%
• Videoconferencing 33%
• wireless link 33%