Wireless Powered Communication Networks - Globe Thesis

Keyword [Wireless Powered Communication Networks] Result: 1 - 20 \| Page: 1 of 2
1.	System Design Of Low Complexity In Wireless Powered Communication Networks
2.	Optimal Allocation Of Multidimensional Resource In Wireless Powered Communication Network
3.	QoS Guarantee And Energy Conservation For Wireless Powered Communication Networks
4.	Research On The Energy Efficient Techniques In The Cooperative Communication Networks
5.	Performance Analysis And Transmission Scheme Design Of Wireless Powered Communication Networks
6.	Resource Management For Green Communications In Heterogeneous Networks
7.	Research On Throughput Optimization For Wireless Powered Communication Networks
8.	Research On Resource Allocation In Wireless Powered Communication Networks
9.	Optimization And Design Of Communication Systems Based On Wireless Power Transfer
10.	Resource Allocation In Wireless Powered Communication Networks With Hybrid Multiple Access
11.	Resource Allocation In Wireless Powered Communication Networks With Finite Alphabet Inputs
12.	Research On Throughput Optimization For Wireless Powered Communication Networks With Non-Orthogonal Multiple Access
13.	Resource Allocation In Multi-Cell Wireless Powered Communication Networks
14.	Efficient One-hop Data Collection Schemes In Wireless Powered Networks
15.	Research On Anti-interference Techniques And Time Allocation For Time Reversal Wireless Powered Communication Networks
16.	Transmission Policies And Performance Analysis For Wireless Powered Communication Networks With Non-linear EH Models
17.	On The Basic Theory And Key Technologies Of Buffer-aided Wireless Powered Communication Networks
18.	Joint Resource Allocation And Cooperative Transmission In Distributed Wireless Powered Communication Networks
19.	Research On Throughput Optimization Of Wireless Powered Backscatter Communication Network With Transmission Fairness
20.	Throughput Optimization For Reconfigurable Intelligent Surface-assisted Wireless Powered Communication Networks
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