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Hybrid Multiple Access for Network Slicing Aware Mobile Edge Computing
Mohammad Arif Hossain
,
Nirwan Ansari
Electrical and Computer Engineering
Research output
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Contribution to journal
›
Article
›
peer-review
23
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Scopus citations
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Keyphrases
Application Requirements
20%
Challenges for the Future
20%
Co-channel Interference
20%
Computational Complexity
20%
Computing Resource Allocation
20%
Computing Task
20%
Energy Efficiency
20%
Future Generation Wireless Networks
20%
Hybrid Access Point
100%
Limited Resources
20%
Local Computation
20%
Mixed Integer Nonlinear Programming
20%
Mixed-integer Nonlinear Problem
20%
Mobile Edge Computing
100%
Mobile Edge Computing Networks
80%
Multiple Access Scheme
20%
Network Slicing
100%
Non-orthogonal multiple Access
100%
Novel Hybrids
20%
Optimization Problem
20%
Partial Offloading
20%
Program Optimization
20%
Resource Allocation
20%
Resource Constraints
20%
Signal-to-interference Ratio
20%
Spectral Efficiency
20%
Spectral Energy
20%
Total Energy Consumption
20%
Traffic Demand
20%
Transmit Power Allocation
20%
Uplink Transmission
20%
User Equipment
40%
Wireless Resources
20%
Wireless Transmission
20%
Computer Science
Application Requirement
20%
Channel Interference
20%
Computational Complexity
20%
Energy Efficiency
20%
Future Generation
20%
Multi-Access Edge Computing
100%
Multiple Access
100%
Multiple Access Scheme
20%
Network Slicing
100%
Non-Orthogonal Multiple Access
60%
Nonlinear Programming
40%
Optimization Problem
20%
Power Allocation
20%
Resource Allocation in Computing
20%
Resource Constraint
20%
Signal to Interference Ratio
20%
Spectral Efficiency
20%
Total Energy Consumption
20%
Traffic Demand
20%
Transmission Power
20%
Uplink Transmission
20%
Wireless Networks
20%