Keyphrases
Mobile Edge Caching
100%
Intelligent Reflecting Surface
100%
Wireless Powered Mobile Edge Computing (WP-MEC)
100%
Mobile Edge Computing Networks
100%
Utility Maximization
100%
Local Computation
42%
Surface Phase
28%
Access Point
28%
Cache Replacement
28%
Energy Consumption
14%
Phase Shift
14%
Wireless Power Transfer
14%
Energy Harvesting
14%
Optimal Bandwidth
14%
Design Strategy
14%
Utility Function
14%
Computational Tasks
14%
Network Performance
14%
Power Station
14%
Computing Capabilities
14%
Backhaul Link
14%
Uplink
14%
Edge Computing
14%
Energy Signal
14%
IoT Devices
14%
Lagrange Duality
14%
Karush-Kuhn-Tucker Conditions
14%
Local Cache
14%
Coupling Variable
14%
Time Scheduling
14%
Frequency Division multiple Access
14%
Riemannian Optimization
14%
Quadratic Transformation
14%
Time-division multiple Access
14%
Exhaustive Search
14%
Optimal Caching
14%
Prefetching
14%
MEC Server
14%
Backhaul Cost
14%
Utility Performance
14%
Auxiliary Vector
14%
TDMA Schemes
14%
Phase Shift Design
14%
Network Utility
14%
Engineering
Maximization
100%
Intelligent Reflecting Surface
100%
Mobile Edge Computing
100%
Energy Engineering
42%
Access Point
28%
Phase Shift
28%
Surface Phase
28%
Simulation Result
14%
Tasks
14%
Internet of Things
14%
Energy Harvesting
14%
Closed Form
14%
Edge Computing
14%
Power Station
14%
Lagrange
14%
Local Cache
14%
Frequency Division Multiple Access
14%
Time Division Multiple Access
14%
Exhaustive Search
14%
Signal Energy
14%
Computer Science
Reflecting Surface
100%
Multi-Access Edge Computing
100%
Utility Maximization
100%
Access Point
28%
Energy Consumption
14%
Internet of Things
14%
Utility Function
14%
Network Performance
14%
Edge Computing
14%
Energy Transfer
14%
Bandwidth Allocation
14%
Computational Task
14%
Frequency Division Multiple Access
14%
Prefetch
14%
Exhaustive Search
14%
Time Division Multiple Access
14%