ISSN 2348-1196 (print) International Journal of Computer Science and Information Technology Research ISSN 2348-120X (online) Vol. 9, Issue 4, pp: (57-64), Month: October - December 2021, Available at: www.researchpublish.com
INTERNET OF PEOPLE Ayed Abdulhadi Al-Ruwaili Saudi Aramco, Information Technology, Riyadh, Saudi Arabia
Abstract: The world is changing. Today, we're no longer just people on the computer - we're people in the Internet of Things. It's not just our refrigerators that are connected to the Internet anymore - it's also our homes, cities, and businesses. We're inventing new ways to talk to other people by chatting with them over video-conferencing tools like Skype and Zoom. We're using augmented reality platforms like Snapchat filters to share memories with friends separated by oceans or continents. We're using messaging apps to create real-time social networks of people that follow, like, and comment on one another's posts. What's on the Internet will be even better tomorrow. With things that are connected to the Internet of People, who doesn't want smarter lives? What's on the Internet is getting more personal, and it will be more predictive than ever before. In this research paper we are going to describe the Internet of People through appropriate research on IoP. Internet of things and Internet of people are considered adjacent to each other but there are some differences they have that mentioned in this paper below. The overall research in this paper describes about difference between IoT and IoP along with the differences of technologies they have. Different other aspects related to the IoT and IoP are also described in the paper. A significant increase has occurred in the use of wearable development, computer gadgets that integrate remote access and allow the client to always access, integrate and trade data from any location and at any time, from the time of the product's introduction to the commercial centre. Technology such as advanced cells, activity trackers, and smart watches has become widely accepted and appears to be virtually indistinguishable from the human body. While the various aspects of testing, in their opinion, deal with this phenomenon, there is an agreement for all accounts where clients can work with the renaming, tolerate it as a feature, and even feel it as if it is a part of their bodies. By consistently acknowledging the data, its character, and the closest home information they associate with their trends, bodybuilders have been able to extend their intellectual presentation in the past. This type of integration, on the other hand, requires a new area of focus and further exploration in order to be successful. Furthermore, there are no reviews that have included a variety of models (body, comprehension, and self-esteem) in order to compile a comprehensive personal list of models. Keywords: Internet of People, Internet of things, IOP Structure, Wearable/Embodied Technologies, Cyber– Physical Convergence.
I. INTRODUCTION It is the digital communication between individuals as well as the variety, management, and use of personal information that is referred to as the "People Web." It influences the organisation of complete knowledge and encourages the development of intelligent writing among our own, which is made possible by computer devices, the internet, and information sharing. It is the ability to think more abstractly, to participate more actively, and to safeguard oneself, one's group, or the general public that this network and personal sharing of computers enable in the medical profession. These four 'Ps' health care providers will allow us all the power to develop a long-term health plan that incorporates health improvement and early intervention for our risk factors, as well as preventative treatment. New developments and online programmes for people can be incredible assets in medical care, and they have the potential to elevate medical treatment to the highest degree possible: social transformation. In the case of portable sensors, for example, applications and gadgets powered by the internet can be used to continuously monitor and test key life factors on the go (e.g. pulse, blood glucose etc.) This can assist in the prevention, treatment, and long-term maintenance of a medical problem in the absence of medical assistance. Foundations [1].
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