Embedded expert system for cognitive congestion and flow control in WLANs

Keyphrases

• Congestion Control 100%
• Wireless Local Area Network 100%
• Expert System 100%
• Flow Control 100%
• Embedded Experts 100%
• Packet Size 66%
• Transmission Length 50%
• Packet Transmission 50%
• Transceiver 33%
• One-way Delay 33%
• Size Interval 33%
• Computational Efficiency 16%
• System Level 16%
• Flow Control Method 16%
• Wireless Networks 16%
• Network Systems 16%
• Congestion 16%
• Network Throughput 16%
• Network Condition 16%
• Control Command 16%
• Feedback Control 16%
• Packet Switching 16%
• Traffic Flow 16%
• Access Network 16%
• IEEE 802.11ax 16%
• Fuzzy Set Theory 16%
• Network Simulator 16%
• Maximum Throughput 16%
• User Datagram Protocol 16%
• OMNeT++ 16%
• Connection Density 16%
• Real-time Traffic 16%
• Delay-sensitive 16%
• Network Delay 16%
• Linguistic Decision Making Models 16%
• Source Node 16%
• Destination Node 16%
• Rule-based 16%
• Congestion Control Algorithm 16%
• Incoming Traffic 16%
• Node Connection 16%
• Delay Constraint 16%

INIS

• control 100%
• local area networks 100%
• expert systems 100%
• size 66%
• levels 50%
• applications 50%
• transmission 50%
• simulation 16%
• decision making 16%
• efficiency 16%
• density 16%
• calculation methods 16%
• feedback 16%
• equations 16%
• simulators 16%
• monitors 16%
• fuzzy logic 16%
• connections 16%
• set theory 16%

Computer Science

• Congestion Control 100%
• wireless local area network 100%
• Expert System 100%
• Flow Control 100%
• Wireless Network 16%
• Control Method 16%
• Network Simulator 16%
• User Datagram Protocol 16%
• Connection Density 16%
• Rule Base 16%
• Access Network 16%
• Packet Transmission 16%
• Decision-Making 16%
• Fuzzy Set Theory 16%
• Computational Efficiency 16%
• Destination Node 16%
• Application Level 16%
• Network Condition 16%
• Feedback Control 16%