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This analysis examines LTE's support for quality of service and low latency in healthcare IoT applications.
The recent fast adoption of Internet of Things (IoT) in healthcare enabled the emergence of a new age of remote monitoring, real-time diagnostics, and connected medical appliances, which is commonly referred to as Healthcare IoT (H-IoT). Nevertheless, the effective deployment of H-IoT services is highly dependent on the resilience and performance of the communication infrastructure. Long Term Evolution (LTE), as one of the mature and widely accepted 4G technologies, provides promising support for meeting the high reliability, low latency, and mobility requirements of healthcare applications. This paper examines the design of an LTE-based network substrate for H-IoT, considering key issues such as quality of service provision, network slicing, energy efficiency, and the mobility of H-IoT devices.
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V.K. Sharma (2019) studied this question.
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