Multiuser rate-based flow control

Keyphrases

• Flow Control 100%
• Multi-user 100%
• Rate-based 100%
• Nash Equilibrium 66%
• Numerical Results 33%
• World Wide Web 33%
• Quality of Service 33%
• Bit Rate 33%
• Not-knowing 33%
• Optimal Control 33%
• Cost Performance 33%
• Congestion Control 33%
• Dynamic Games 33%
• Mode Network 33%
• Asynchronous Transfer Mode 33%
• Team Problem 33%
• Dynamic Teams 33%
• Transmission Control Protocol 33%
• Equilibrium Policies 33%
• Markov Jump Process 33%
• Internet Protocol 33%
• Traffic Type 33%
• Transfer Capacity 33%
• Telecommunication Network 33%
• Multiple Traffic 33%
• Dynamic Non-cooperative Game 33%
• Game Techniques 33%

Engineering

• Control Flow 100%
• Nash Equilibrium 100%
• Multiuser 100%
• Bit Rate 50%
• Control Transmission 50%
• Optimal Control 50%
• Cost Performance 50%
• Quality of Service 50%
• Asynchronous Transfer Mode 50%
• Traffic Type 50%
• Telecommunication Network 50%
• Internet Protocol 50%
• Congestion Control 50%

Computer Science

• Flow Control 100%
• Nash Equilibrium 66%
• Quality of Service 33%
• Congestion Control 33%
• Asynchronous Transfer Mode 33%
• Available Bit Rate 33%
• Internet Protocol 33%
• Transmission Control Protocol 33%
• Jump Process 33%
• Telecommunication Network 33%