Metasurface-Assisted Broadband Compact Dual-Polarized Dipole Antenna for RF Energy Harvesting

Vinnakota, Sarath Sankar; Kumari, Runa; Majumder, Basudev

doi:10.1109/lawp.2023.3269307

Cited by 4 publications

(1 citation statement)

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“…An investigation by [92] shows a torso mode being constructed from the CT and MRI image of actual body use of modelling SAR. In [93], the study complied SAR for 10 g of body tissue in Table 5, the reflection coefficient is measured in response to the antenna array in the free space located in the arm, leg, chest, and shoulder. The bandwidth impedance of the array is not affected but the marginality reduces to 4.6% when it was placed on the arm.…”

Section: Sar (Specific Absorption Rate) Techniquesmentioning

confidence: 99%

Revolutionizing Healthcare Delivery Through Wireless Wearable Antenna Frameworks: Current Trends and Future Prospects

Segun,

Telukdarie

2023

IEEE Access

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The arrival of various mechanism applications to healthcare is gaining more attention with various novel breakthroughs in digitalizing healthcare. The use of technology in improving the delivery of healthcare comprises various applications such as electronic health systems, telemedicine, mobile health, remote patient monitoring, and wearable devices. Wearables and implants are making a significant impact on revolutionizing healthcare globally, and the next generation of advanced technology is providing adequate applications in tackling the challenges in digital healthcare. The advancement of various techniques gives future direction to digitalizing healthcare. Antennas play a key part in digitalizing healthcare because of their characteristics and the adaptation to wireless communication with transmission and reception in different human body parts. Although there are a lot of studies done and published on digital healthcare, telemedicine, wearable, and many more mechanisms that enhance healthcare delivery, however, systematic studies that comprehensively review the applications in healthcare such as wearable antenna framework remain scarce. This paper attempts to close the gap in investigating mechanisms for digital health care, and wearable devices with antenna applications. This comprehensive systematic review covers antenna application in healthcare. Furthermore, it provides a state-of-the-art update on recent developments in healthcare with a focus on design, monitoring devices, diagnostic implants, early detection mechanisms, and control. We also examine wearable analysis and performance, fabrication and experimental approaches, and the major types of wearables. This assists with existing chronic disease management and future epidemics with provided tools. This finding will give a blueprint of how zero spread of future epidemics will be achieved by implementing the bio-electromagnetic application in the healthcare sector.

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Section: Sar (Specific Absorption Rate) Techniquesmentioning

confidence: 99%