Architectures and deployment strategies for wireless mesh networks

Keyphrases

• Wireless Mesh Networks 100%
• Deployment Strategy 100%
• Architectural Strategies 100%
• Local Gateway 30%
• Network Technology 17%
• World Wide Web 17%
• Access Point 17%
• Coverage Area 17%
• Mesh Network 17%
• Mesh Node 13%
• Network Deployment 13%
• Wide Area Coverage 13%
• Multi-hop Wireless Mesh Networks 13%
• Dense Urban Areas 13%
• Multi-channel 8%
• Scalability Issues 8%
• Optimization Approach 8%
• IEEE 802.16 8%
• Cable 8%
• IEEE 802.11s 8%
• Ad Hoc Networks 8%
• Engineering Work 8%
• Optimal Deployment 8%
• Service Coverage 8%
• Mesh Cell 8%
• Infrastructure Cost 8%
• Urban Coverage 8%
• Energy Efficiency 4%
• Wireless Radio 4%
• Wireless Link 4%
• IEEE 802.11 4%
• Multi-hop Communication 4%
• Transmission Power 4%
• Gbps 4%
• Router 4%
• Cluster-based 4%
• Worldwide Interoperability for Microwave Access (WiMAX) 4%
• Network Architecture 4%
• Hop Count 4%
• Challenging Issues 4%
• Radio Resources 4%
• Low Transmission 4%
• Cell Architecture 4%
• Wireline 4%
• Transmission Rate 4%
• Ring-like Structures 4%
• Outer Ring 4%
• Urban Areas 4%
• Mobile Cellular Networks 4%
• User Throughput 4%
• Coverage Extension 4%
• Optimal Tradeoff 4%
• Wireless Local Area Network 4%
• Medium Access Control 4%
• Radio 4%
• Large number of Users 4%
• Neighbor Node 4%
• Wireless Metropolitan Area Network 4%
• Data Traffic 4%
• Path Loss 4%
• Multi-hop Networks 4%
• IEEE 802 4%
• High Data Rate 4%
• Network Throughput 4%
• Shortest Distance 4%
• Wi-Fi 4%
• Multiple Paths 4%
• Frequency Planning 4%
• Deployment Cost 4%
• Throughput Enhancement 4%
• Frequency Channel 4%
• Traffic Flow 4%
• Inner Ring 4%
• Traffic Pattern 4%
• Next-generation Wireless Systems 4%
• Bluetooth Technology 4%
• 2-link 4%
• Radio Access Technology 4%
• Radio Access Network 4%
• Wireless Personal Area Network 4%
• Central Access 4%
• Mixed Integer Nonlinear Programming 4%
• Multi-hop Wireless Communications 4%
• Program Optimization 4%
• ZigBee Technology 4%
• Broadband Access 4%
• Short-range Communication 4%

Computer Science

• Wireless Mesh Network 100%
• Deployment Strategy 100%
• Architecture Strategy 100%
• Coverage Area 28%
• Access Point 16%
• Networking Technology 16%
• Mesh Networking 16%
• ad-hoc network 8%
• IEEE 802.16 8%
• Engineering Work 8%
• zigbee 4%
• wireless link 4%
• Energy Efficiency 4%
• IEEE 802.11 4%
• Network Architecture 4%
• Wireless Communication 4%
• Transmission Rate 4%
• wireless local area network 4%
• Media Access Control Protocol 4%
• Neighboring Node 4%
• Multiple Channel 4%
• Mesh Network 4%
• Access Technology 4%
• Cellular System 4%
• Radio Access Network 4%
• Nonlinear Programming 4%
• Cell Architecture 4%
• Frequency Channel 4%
• Range Communication 4%
• Wireless System 4%
• Transmission Power 4%
• User Throughput 4%
• Short Distance 4%
• Traffic Pattern 4%
• Metropolitan Area Network 4%