Optimizing the Operation Cost for UAV-Aided Mobile Edge Computing

Keyphrases

• UAV 100%
• Operation Cost 100%
• Mobile Edge Computing 100%
• Internet of Things Devices 42%
• Latency 14%
• Wireless Devices 14%
• High Mobility 14%
• Wireless Internet 14%
• NP-hard 14%
• Spectrum Resource Allocation 14%
• Relay Node 14%
• Baseline Algorithm 14%
• Computation-intensive 14%
• Mixed Integer Nonlinear Programming 14%
• Approximation Algorithms 14%
• Computing Services 14%
• Computing Resource Allocation 14%
• Communication Services 14%
• High Flexibility 14%
• Computation Latency 14%
• Computation Offloading 14%
• Provisioning Services 14%
• Edge Computing Architecture 14%
• Mobile Edge Computing Networks 14%
• High Maneuverability 14%
• Latency-sensitive 14%
• ε-approximation 14%
• Joint Computation 14%

Computer Science

• Unmanned Aerial Vehicle 100%
• Multi-Access Edge Computing 100%
• Internet of Things Device 42%
• Resource Allocation 28%
• Computer Architecture 14%
• Spectrum Resource 14%
• Wireless Device 14%
• Wireless Internet 14%
• Service Provision 14%
• Intensive Computation 14%
• Approximation Algorithms 14%
• Linear Programming Problem 14%
• Computation Offloading 14%
• Nonlinear Programming 14%