Journal of Future Generation of Communication and Internet of Things
Volume:2 Issue: 2, Apr 2023

The use of innovations to interact with the world has had a profound impact. In biomedical systems such as healthcare, diagnosis, prevention, therapy, and monitoring, IoT-based biomedical applications are employed.  Regulatory, moral, and technological barriers related to biomedical technology are preventing the development of the medical IoT. Medical IoT is developing in terms of biological hardware and tracking data including physiological metrics, electrical impulses, and cancer signs. It is anticipated that in the next years, medical IoT will replace antiquated healthcare systems. Biomedical engineers can use IoT technology, but more study is needed before these technologies become ubiquitous for physicians and healthcare practitioners. This paper's findings are intended to better prepare biomedical engineers to lead and supervise multidisciplinary research endeavors.

In the economy of the developed countries, the balance between the knowledge and other resources has changed towards the knowledge. Although knowledge is a necessary resource for the organizations survival, yet many organizations have not seriously pay attention to the knowledge management. The capability of knowledge management in organizational level should be suitably measured to make decisions based on the obtained analysis results. So, the evaluation and implementation of knowledge management, before investing in this field, is crucial for organizations. To do so, the purpose of the present study is to evaluate and measure the knowledge management capability using the Gold and Chang seven-criterion model and provide solutions in organizations. To evaluate and provide solutions using the fuzzy combination decision method, the analysis of the knowledge management capability has been carried on. To illustrate the purpose of the study, the performance of knowledge management has been studied.

Considering that electric energy is a strategic and vital energy in daily life, the need for the stability of this energy in crises is a necessity. The most important solution to deal with crises caused by natural disasters is to put passive defense in the operation of electricity distribution networks. By using analytical techniques, it provides a platform for informed decision making in crisis. In this article, while examining the non-operating defense in the electricity distribution company of Chaharmahal and Bakhtiari province, we will provide a solution to overcome the crisis of heavy snowfall in Koohrang city. By implementing these solutions, we will compare the amount of undistributed energy in medium and weak pressure feeders in the critical months of Koohrang city and check the reliability of the network.

The current research was conducted with the aim of investigating the effects of the Internet of Things on people's lives and the future. The advent of the Internet of Things has created a global connection between people and things and raises questions about user privacy. Knowing the methods of familiarization and correct use of the Internet of Things is necessary for a better life of people in the society. Research shows that just using today's technologies that use the Internet of Things has had a significant impact on people's lives. Security in today's life is constantly under attack due to technical, legal and human problems, which will certainly be related to the Internet of Things related to tools in the field of health, automotive industry, municipal services, etc. The Internet of Things is the integration of the physical and digital worlds. In this technology, conventional devices are combined with digital technology to achieve a unique online identity and the ability to interact with the external environment. The emergence of the Internet of Things has brought about fundamental changes in human life.

Internet of things is a modern and up-to-date technology and it has become so popular that millions of applications have been produced in this technology. Popular IoT products include smart home, smart city, smart industries, smart agriculture, etc. A wide spectrum for using the Internet of Things has led to thinking about the security of these systems. Various security measures that exist in the three-layer architecture of the Internet of Things and cover the heterogeneity and globality of this system. This article is an overview of security principles, technology and security challenges, dealing with possible and future measures to ensure the security of the Internet of Things .

The use of digital methods in the construction industry has experienced significant growth in the 21st century Cyber and physical environments are unprecedentedly integrated with the Internet of Things. The Internet of Things has wide applications in various industries, including the sectors where the Internet of Things can have significant effects, we can mention the construction industry, building operation and management which is the result of moving towards the goals of sustainable development, therefore, due to the significant advantages of the Internet of Things, the use of this technology in various industries, especially the construction industry, has been widely welcomed. Considering the positive role of Internet of Things technology in the future of the construction industry and the increasing desire of researchers to conduct research in this field, in this article we will examine the use of IOT in smart buildings. Now we want to discuss the application of Internet of Things in interior decoration