This chapter aims to examine the combination of medical care and its applications within a
smart city structure, stressing the use of modern technology and data-driven options to …

The gradual development of smart city, healthcare, and health data collection has paved the
path for federated learning (FL)-based heart disease detection. In 2021, cardiovascular …

In recent times, the Internet of Things (IoT) along with the cloud computing continuum have
demonstrated considerable potential in a variety of smart city applications, including …

The emergence of constant sicknesses like COVID-19 has re-underlined the need for
residents all around the world to approach pressing healthcare. The recent pandemic has …

A significant rise in psychological issues, including symptoms of depression, anxiety, and
disturbed sleep, has resulted from the worldwide quarantine measures imposed in reaction …

A woman is most likely to develop ovarian cancer, and it is extremely difficult to diagnose the
disease in the early stages. Machine learning (ML) is being used for predicting the …

To effectively harness the growing urbanization, energy consumption as well as maintain a
green environment to improve the citizens' standard of living and develop their skills in using …

The confluence of artificial intelligence (AI) and the Internet of Things (IoT) has led to the
expansion of smart healthcare systems that use cloud and fog computing to identify and …

Nowadays, smart healthcare systems have made significant strides in addressing the issues
that physically impaired people encounter. Integrating various smart healthcare systems …

Internet of Things (IoT) technology enables medical devices, sensors, and other healthcare-
related equipment to connect and communicate with each other. This connectivity enables …