Random-access scheduling with service differentiation in wireless networks

Keyphrases

• Wireless Networks 100%
• Random Access 100%
• Medium Access Control 100%
• Service Differentiation 100%
• Wireless Local Area Network 66%
• High-throughput 33%
• Multiple Users 33%
• Ad Hoc Networks 33%
• IEEE 802.11 33%
• Multi-user 33%
• Differentiated Services 33%
• Channel Access 33%
• Centralized Control 33%
• Bursty 33%
• Throughput Degradation 33%
• Distributed Scheduling Algorithm 33%
• IEEE 802.11 DCF 33%
• Distributed Scheduling 33%
• Slotted ALOHA 33%
• Emerging Sensor Networks 33%
• ALOHA Algorithm 33%

Computer Science

• Wireless Networks 100%
• Media Access Control 100%
• Random Access 100%
• Service Differentiation 100%
• wireless local area network 66%
• Distributed Scheduling 66%
• High Throughput 33%
• Sensor Networks 33%
• Scheduling Algorithm 33%
• ad-hoc network 33%
• IEEE 802.11 33%
• Service to User 33%
• Differentiated Service 33%
• Channel Access 33%
• Centralized Control 33%
• Slotted Aloha Protocol 33%
• IEEE 802.11E 33%