Integrating Metamaterial Antenna Node and LiFi for Privacy Preserving Intelligent COVID-19 Hospital Patient Management

Garhwal, Anita; Bunruangses, M.; Arumona, A. E.; Youplao, P.; Ray, Kanad; Suwandee, Senee; Yupapin, P.

doi:10.1007/s12559-020-09778-6

Cited by 5 publications

(2 citation statements)

References 46 publications

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“…In the construction of intelligent management mode of the hospital, 5G network can support the network use needs of tens of thousands of patients, and ensure the high-speed, stable, and safe transmission of data such as Internet of Things equipment, robot scheduling and video communication. Effective implementation of clinical pathways can standardize medical behaviors, reduce the possibility of human-induced cross-infection, reduce costs, and improve treatment effects in preventing and controlling infectious diseases ( 19 , 20 ).…”

Section: Discussionmentioning

confidence: 99%

Exploring intelligent hospital management mode based on artificial intelligence

Mi,

Li,

Zhang

et al. 2023

Front. Public Health

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ObjectiveTo address the challenges posed by the COVID-19 pandemic, our hospital developed an intelligent hospital management mode specifically tailored to COVID-19 patients.MethodsThis study included patients with confirmed diagnosis of COVID-19 admitted to our hospital between January 2020 to December 2022. We sought to explore intelligent hospital management mode based on artificial intelligence (AI) and new technologies such as 5G, Internet of Things (IoT), wearable devices, robots, and small programs.ResultsIntelligent hospital management mode can help improve the quality of life of patients, while also improving the management ability of the hospital, as it can automatically deliver timely patient reminders, maintain environmental cleanliness, and help in the transportation of medical equipment without any manual labor. This can help in conserving time and reducing the workload of medical staff. Moreover, itcan help intellectualize patient admission, patient discharge, and hospital management, thereby helping in providing efficient medical and patient humanistic care.ConclusionsThe development of intelligent management mode can reduce the burden of medical personnel and the probability of developing infection and bring about timely and better patient care. Intelligent management can play a pivotal role in control of the epidemic, treating patients, allocation of resources, tracing the root cause of the virus, and monitoring.

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Section: Discussionmentioning

confidence: 99%

Exploring intelligent hospital management mode based on artificial intelligence

Mi,

Li,

Zhang

et al. 2023

Front. Public Health

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“…A new type of MTM [CRLH-MTM] which combines the properties of LH-and right-handed (RH) materials, has been proposed by CALOZ [8]; it is used in many applications to provide high bandwidth and low loss in communication systems [9,10]. The CRLH MTM consists of a series interdigital capacitor (IDC) and a shunt stub inductor (SI), as shown in Figure 1.…”

Section: Introductionmentioning

confidence: 99%

Antenna Gain-Bandwidth Enhancements Using CRLH Hilbert Fractal-based Structure

Ismail¹,

Elwi²,

Salim³

2022

ETJ

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 This paper introduces the design of lowprofile metamaterial-based arrays.  The array unit cell comprises a CRLH unit cell. A third-order Hilbert curve structure replaces the VIA, and aperiodic slots are introduced between the unit cells to enhance the overall performance.  A dual-bandwidth was achieved extended from (3.72 to 3.79) GHz and (6.99 to 8.55) GHz with maximum antenna gain equal to (5.28, 7.66) dBi, respectively.With the development of communication systems, antennas of small size and high gain have become essential to keep up with the new challenges. The metamaterials made these challenges possible. In this paper, a new low-profile metamaterialsbased array is designed. The array unit cell comprises a symmetric composite right left hand (CRLH) unit cell. A third-order Hilbert curve structure replaces the VIA, and aperiodic slots are introduced between the unit cells to enhance the overall performance. This design provides a significant improvement over the original design. CST M WS was used to stimulate the design. Gain and S11 are calculated to evaluate the antenna performance; a dual-bandwidth was achieved extended from (3.72 to 3.79) GHz and (6.99 to 8.55) GHz with maximum antenna gain equal to (5.28, 7.66) dBi, respectively. The antenna is characterized by its small size and high efficiency, making it suitable for Long-Term Evolution LTE, 5G, and satellite applications.

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