Top Tweets for #SWIPT
📢 New Issue Released | Telecom, Volume 7, Issue 4
We are pleased to announce the release of Volume 7, Issue 4 of Telecom!
📖 Explore the full issue: https://t.co/KT9fgFfZDQ
🔎 Read the Cover Story: https://t.co/KXu0HhpEak
#Telecom #WirelessCommunications #6G #UAV #SWIPT
📈#HighlyCitedPaper
⚡Overcoming Printed Circuit Board Limitations in an #EnergyHarvester with Amplitude Shift Keying and Pulse Width Modulation Communication Decoder Using Practical Design Solutions
🔗Read at: https://t.co/VGiKra6Ua2
#ASKPWM #PCB #SWIPT #SkewedInverter
#Simultaneous #Wireless #Information and #Power #Transfer (#SWIPT)
In subject area: Engineering
SWIPT is defined as a technology that enables the simultaneous wireless transfer of both information and energy through a single radio frequency signal, with potential applications in revolutionizing wireless communication and energy harvesting.
👇
https://t.co/Dh32FqH2Vh
Energy Minimization for IRS-Assisted SWIPT-MEC System
https://t.co/dcBN9wUNLE
#SWIPT #energy_consumption
Revolutionizing IIoT: SWIPT-NOMA-DAS System Boosts Energy Efficiency
Industrial Internet of Things (#IIoT) integrates #Wireless #technologies to enhance industrial processes.
Recently, simultaneous wireless information and power transfer (#SWIPT) has gained traction in IIoT, especially when combined with nonorthogonal multiple access (#NOMA) to extend device battery life.
Yet, energy efficiency wanes with distance from the central controller. Addressing this, a South Korean research team from Korea Maritime and Ocean University introduced a novel approach, integrating SWIPT-aided NOMA with a distributed antenna system (#DAS).
This enhances both #energy and spectral efficiencies for IIoTs.
They explained "Using DAS, we reduced SWIPT-NOMA's distance-related #Efficiency loss, enhancing #information decoding and energy harvesting." Published in @IEEEorg Transactions on Industrial Informatics, the team's #innovative #SWIPT_NOMA_DAS system is five times more energy-efficient than its non-DAS counterpart and improves performance by over 10% compared to SWIPT-OMA-DAS.
And emphasized the system's potential for diverse applications, including #smartphones, #laptops, and #ElectricVehicles, underlining its capability for optimized #Wireless charging and #data_transmission in #IoT settings.
What do you think about this revolutionary idea? 💡
Share us your thoughts 💭
#telecom #telecommunications #TechNews #TechnologyNews #technology #MyCA #MyCommunicationAcademy
#highlycitedpaper
Wireless Power Transfer in Wirelessly Powered Sensor Networks: A Review of Recent Progress
https://t.co/2CJ3gqvAhk
@chosun_univ
#SWIPT #Energyharvesting
Learn more about future research directions for resource allocation design for #SWIPT systems intertwined with communication technologies, such as #UAVs, mobile #EdgeComputing, and #MachineLearning in @ProceedingsIEEE’s Jan 2022 Special Issue: https://t.co/CkE5krLZ1V
A new work "Hybrid User Pairing for Spectral and Energy Efficiencies in Multiuser MISO-NOMA Networks With SWIPT" was published in IEEE TCOM - #energyharvesting #SWIPT #NOMA
https://t.co/431BLH3s5I
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