Abstract
The incorporation of semantics and the necessary interoperability within
these aspects is essential for the domain's proper operation as well as execution.
Healthcare systems have become an ideal arena of IoT because they tackle the
problems of humanity, especially of an older population whilst providing secure and
high-quality home care and support. The use of IoT technologies in healthcare will
improve the quality of human life, chronic illness monitoring, hazard detection, and
life-saving measures. To get more useful information from biomedical big data, it must
have interoperability. In the latest times, an increasing count of organizations and
businesses have expressed interest in combining semantic web technologies alongside
healthcare big data to transform data into knowledge and understanding. Even though
we can see a systematic acceptance of semantic technologies-based applications in the
IoT domain and across the Internet, the cumulative actual implementations are
insufficient to provide real-world rooted standards and guidelines to follow. This sets
the stage for this work, which attempts to describe current developments in the
application of semantic technologies in the IoT domain. This motivates the authors to
examine and highlight some of the developing developments in semantic technology,
its effects in the IoT area, and how they are together seen in the health-care. Over the
last several times, there has been a lot of emphasis on using SWT to enhance the uptake
of sensor networks, IoT, and WoT. Indeed, to tackle semantic interoperability and other
issues in health care domains, there is a need to comprehend its means of construction.