Internet of things (IoT) is a prominent terminology that has gaining enormous assistance over past years among researchers and professionals. In general, IoT is a combination of interdependent computing devices such as sensors, actuators, microprocessors and other sink nodes that are able to transfer data over network without compelling human-to-human or human-to-machine communication. Besides, by reason of its interdisciplinary approach, IoT has been substantial in evolving distinct aspects of conventional e-healthcare paradigms. On the other side, traditional healthcare system has no longer enchanted the demands of a frequently expanding and developing community. Further, the research works figure out to provide a specially designed for an IoT based e-healthcare system to engage specially for interoperability problems. Subsequently, based on diverse technological standards and communication protocols the specific necessity of IoT system were identified and offered as a base for the development of the system.

Modern computing techniques like quantum computing are based on the remarkable phenomena of quantum mechanics. With an increasing number of instances of quantum supremacy displaying that a programmable quantum device can overcome the challenge that no computer algorithm can solve in any reasonable amount of time being shown by Google, IBM, Honeywell, and other distinct positions where quantum computing research is being conducted, quantum computing has grown in significance in recent days. Ultimately, travelling salesman problem (TSP) method is used and gives additional constraints on the beginning and ending points of the routing path. Hence, the outcome collections demonstrate that it is possible to obtain a strong quality result that has significant real-world applications even though the samples show an increase in problem complexity.