Simultaneous wireless information and power transfer - Globe Thesis

Keyword [Simultaneous wireless information and power transfer] Result: 141 - 160 \| Page: 8 of 9
141.	Research On Resource Allocation Strategies In Massive MIMO Enabled SWIPT Networks
142.	Research On Key Technologies In Buffer-Aided Non-Orthogonal Multiple Access Networks
143.	Key Technologies Of Resonant Beam Communications
144.	Beamforming Design And Optimization In Intelligent Reflecting Surface-assisted SWIPT System
145.	Reasearch On Simultaneous Wireless Information And Power Transfer And Signal Processing Based On Metasurface
146.	Research On Physical Layer Secrecy Technology Based Cooperative NOMA
147.	Research On Relay Selection Algorithm Of Cooperative NOMA Communication Network
148.	Physical Layer Security Research For Cooperative CR-NOMA Network
149.	Research On Physical Layer Security Technology For Millimeter Wave SWIPT IoT Systems
150.	Research On Physical Layer Security Performance For Ultra Dense Network
151.	Research On Resource Allocation Algorithm Based On Machine Learning In IRS Aided SWIPT-D2D Communication System
152.	Research On Energy Efficiency Of Simultaneous Wireless Information And Power Transfer Full-Duplex Relay Networks
153.	Resource Allocation For NOMA-Based Wireless Communication System
154.	Research On Key Technologies Of Power Allocation In 6g-oriented NOMA System
155.	Research On Relay Selection Optimization Based On Full Duplex Multi-Relay Cooperative SWIPT Network
156.	Research On Joint Active And Passive Beamforming Techniques Of Intelligent Reflecting Surface-Assisted Wireless Communication Systems
157.	Research On Physical Layer Security In Simultaneous Wireless Information And Power Transfer Cooperative Networks
158.	Researchs On Interference Management Technologies Of Secure Cooperative Transmission In Cognitive SWIPT Networks
159.	Performance Research For NOMA Cognitive Relay Networks Under Imperfect Conditions
160.	Research On Offloading And Optimization Scheme Of Edge Computing Based On Simultaneous Wireless Information And Power Transfer
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