This paper is based on a perspective view of the potential of the impact of emerging technologies such as the IoT on developing countries, and, by understanding the challenges of the IoT in Iran, presents a pattern of internet of Things policies in the country. The esse More
This paper is based on a perspective view of the potential of the impact of emerging technologies such as the IoT on developing countries, and, by understanding the challenges of the IoT in Iran, presents a pattern of internet of Things policies in the country. The essence of the present research is exploratory descriptive. In the process of data analysis, the present study utilizes methods of library studies and semi-structured interviews. The method of thematic analysis is the main method of this research. Interviews were analyzed in 548 basic themes, 56 organizing themes, and 13 comprehensive themes. Finally, the themes were formulated as IoT policies in Iran. Among the most important of these policies are the establishment and strengthening of IoT policy bodies with legal competencies for the sustainable development of IoT;to provide a platform for the production of integrated and extensive applications by creative groups based on government oversight and support;localization of IoT in accordance with Iranian Islamic culture for its acceptance and development of internal laws and standards of IoT in line with international standards and active supervision. The major innovation is that it goes beyond the requirements and presents operational policies for the development of IoT.
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There is a difference in the technology development model between developing and developed countries. In developing countries, it commences with learning the technology from innovations takes place in developed ones. Thus, the driving engine of technology development in More
There is a difference in the technology development model between developing and developed countries. In developing countries, it commences with learning the technology from innovations takes place in developed ones. Thus, the driving engine of technology development in late countries is learning the technology instead of providing innovation; in the way that the core of activities, organizations and communications are all concentrating on learning. The combination of virtual and real world has created a concept named as Industry 4.0. Nowadays, the application of Industry 4.0 in different scopes is expanding; applying it there requires setting a roadmap. This research aims to propose a learning-based roadmap for the application of industry 4.0 (especially the Internet of Things) in the sale and distribution of healthcare products. Here, there has been used the learning-based roadmapping method, the process of which is explained in eight steps. Two groups of a distinct expert panel including the business industry and technology industry contributed to this research; the Delphi method has been used to guarantee the convergence. The paper’s result can be used as a pattern for deployment in other related fields and secondly guidance in the industry to estimate required funds in the sale and distribution of health care products.
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