A Detailed Review on Challenges in the Computational Frameworks in Building 6G for Healthcare System

In the modern age of Sixth-generation (6G) connections, the merging of the Intellect Internet of Issues (IIoT) plays a crucial part in improving storage and processing of data powers. The core goal of 6 G is to provide extremely small delay, high speed, and improved quality of service so as to enable smooth contact among network points. Within the medical industry, it is important to fit all facilities at state-ofthe-art technology to allow clever diagnoses, patient-centric therapies, and a range of healthcare services, outside the confines of a medical facility and online. To ensure the health care sector’s readiness and flexibility to cutting-edge technology, giving varied uses from robotic treatments to remote patient tracking via portable technologies in Active Adaptive Living (AAL) environments is important. The intelligent connecting platform serves as the backbone, managing various networking hubs and input devices to offer time-sensitive healthcare services. This paper presents a new reference layered communication system designed for realtime conversation among nodes and devices. By studying the future aspects of the 6 G system, the paper shows its potential uses in healthcare, hoping to improve treatment effectiveness and smartly combine services. The suggested structure attempts to build a strong basis for the changing world of healthcare apps in the framework of 6 G technology.