Enhanced Geographic Routing with One- and Two-Hop Movement Information in Opportunistic Ad Hoc Networks

Keyphrases

• Ad Hoc Networks 100%
• Two-hop 100%
• Geographic Routing 100%
• One-hop 100%
• Movement Data 100%
• Destination Node 75%
• Location Information 75%
• Message Forwarding 75%
• Relay Node 50%
• Forwarding Decision 50%
• Routing Policy 50%
• Community-based 25%
• Link Failure 25%
• Node Density 25%
• Data Delivery 25%
• Mobile Nodes 25%
• Contact Frequency 25%
• Node Weight 25%
• Movement Patterns 25%
• Policy-based 25%
• Weight Value 25%
• Delay Tolerant 25%
• PRoPHETv2 25%
• Infrastructure-free 25%
• Proposed Policy 25%
• Delivery Models 25%
• Motion Status 25%
• Moving Nodes 25%
• Mobility Scenarios 25%
• Network Topology Information 25%
• Sparse Node 25%
• Real Mobility 25%
• Temporal Centrality 25%
• Temporal Closeness 25%
• Relay Routing 25%
• Centrality Values 25%
• Transient Community 25%
• Forwarding Policies 25%

Engineering

• Destination Node 100%
• Location Information 100%
• Nodes 66%
• Relay Node 66%
• Simulation Result 33%
• Transients 33%
• Infrastructure 33%
• Network Topology 33%
• Data Delivery 33%
• Mobile Node 33%
• Node Density 33%

Computer Science

• ad-hoc network 100%
• Destination Node 100%
• Location Information 100%
• Forwarding Decision 66%
• Network Topology 33%
• Contact Frequency 33%