A microscopic study of power management in IEEE 802.11 wireless networks

Keyphrases

• Microscopic Study 100%
• Power Management 100%
• IEEE 802.11 100%
• Activeness 100%
• Beacon Interval 100%
• Power Saving Mode 100%
• IEEE 802.11 Wireless Networks 100%
• Traffic Load 66%
• Analytical Model 33%
• Simulation Study 33%
• Underutilization 33%
• Energy Reduction 33%
• Active State 33%
• Periodic Structures 33%
• Comprehensive Simulation 33%
• Energy Consumed 33%
• Management Decisions 33%
• Data Transport 33%
• Wireless Devices 33%
• Management Protocol 33%
• High Traffic 33%
• Wireless Local Area Network (WLAN) 33%
• Single-hop 33%
• Multi-hop Wireless Networks 33%
• Network Capacity 33%
• Signaling Overhead 33%
• Media Traffic 33%
• Fine-grained Control 33%
• Sleep States 33%

Computer Science

• IEEE 802.11 100%
• Power Management 100%
• Wireless Network 100%
• Simulation Study 25%
• Analytical Model 25%
• Local Area Network 25%
• Data Transport 25%
• multihop wireless network 25%
• Wireless Device 25%
• Network Capacity 25%
• Decision Point 25%
• Grained Control 25%

Engineering

• Power Management 100%
• Save Power 100%
• Analytical Model 33%
• Wireless Device 33%
• Sleep Mode 33%
• Network Capacity 33%
• Signaling Overhead 33%
• Decision Point 33%