IoT-Driven Resource Optimization for Sustainable Healthcare Systems

This research article provides a comprehensive study of the Smart Competition of the IoT competition for resource optimization within the health care system. It depicts the basic concepts of Internet of Things (IoT), Smart Healthcare Systems and resource optimization, and detects their complex contexts. The report provides a description of the most important technical components and architectural frameworks that emphasize these systems, followed by a thorough analysis of their various applications and use cases, including remote patient monitoring, smart hospitals, tracking of assets, convenience management and drug management. An important part of the analysis is dedicated to many benefits of offering these integrated systems, such as increased patient results, improvement in operational efficiency and cuts in sufficient costs. In addition, the article addresses widespread challenges and ideas, including data security, interoperability, data radium, regulatory compliance, moral dilemma, network delay and implementation costs. Finally, the current trends and future directions, including artificial intelligence of things, 5G connection, block chain, digital twins, age calculation and advanced adaptation functions, conclude with a synthesis of conclusions that end with more connected, efficient and resistant health and resistant health.

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