Combining Semantic Web with IoT for Medical Facilities in Smart Cities

Thus, there is a constant demand for improvement in health care systems. The capacity to integrate and exchange the vast quantities of gathered clinical data is crucial to the creation of new and better biomedical products. The true challenge in achieving this aim is not just information collection but also making information analysis interfaces comprehensible. Semantic Web technologies, which provide standards and interoperable rich semantic information for intelligent applications, may be used in this regard. The rest of the document is organized as follows: An introduction of the issue and the several popular study paths within the domains of SW and health are provided in Section 2. To be more specific, we go over ontologies in healthcare, how SW technologies are used to represent patient records, healthcare systems that use SW, interoperability issues arising from heterogeneous health-care data, how to integrate Internet of Things techniques into smart semantic health-care systems, and an overview of security methodologies based on SW. The report ends with several difficulties for future research. The foundation of growing urbanization is the Internet of Things' (IoT) fast expansion, which has drastically changed urban surroundings and given rise to “smart cities,” which use IoT to improve quality of life, boost service delivery, and maximize resources. The health industry is one of the most important ones that this technological transition will affect. The integration of the Internet of Things with the Semantic Web has the potential to transform the health care system in smart cities, enabling more personalized, efficient, and predictive medical treatment for all residents. This research investigates the possible synergies between the Semantic Web and IoT to improve the intelligence of urban health-care systems.