جستجوی مقالات مرتبط با کلیدواژه « iot » در نشریات گروه « پزشکی »

Tourism as one of the programs to earn money leads to economic growth; however, due to the non-providing of medical and health services by insurance organizations, the Iranian tourism industry has faced a recession. Therefore, this study aimed to provide a smart tourism health insurance architecture in the context of the Internet of Things (IoT) and cloud to serve tourists.

This practical study was conducted to achieve a smart tourism health insurance architecture. First, its requirements were determined by reviewing the related literature and open interview with four experts from Iran Insurance Corporation. Then, by examining different types of tourism health insurance architectural models, a proposed service-oriented layered architecture was presented on the platform of IoT and cloud. Finally, the proposed architecture was evaluated by the ATAM method.

The proposed architecture has two components (i.e., the requester and the service provider) with user, network, cloud, and database layers that are connected in a service-oriented manner. Also, the evaluation of the proposed architecture by the ATAM method showed that it can respond to the health needs of tourists.

This architecture is presented on the platform of IoT and cloud that provides an intelligent background, and by recording people's data in personal risk profiles, it facilitates providing special tariffs and reducing tourism costs. Therefore, tourists will be able to travel with more confidence in controlling their health status.

Background and Aims:

 The purpose of this article was to present a local model for ecosystem analysis of the IoT business model in the field of rehabilitation in Iran with an emphasis on improving the quality of life of the disabled community in the country.

Methods:

 The current article can be categorized as applied, combined (qualitative and quantitative), and survey-based descriptive. The society, i.e., the statistical sample, included eight experts in the qualitative part and consisted of 100 executives and experts in the quantitative part. A questionnaire was used to analyze the dimensions and indicators. The face validation of the questionnaire was performed by the Delphi technique. Content validity ratio and content validity ratio were used as two content-related validity indicators for qualitative validation. The reliability of all dimensions and indicators was confirmed through Cronbach’s test with a population consisting of 30 experts. To analyze the proposed model of the researcher, we used inferential tests, loading factor analysis, t, structure equation modeling, and fitting techniques on a 100-person sample.

Results :

The fitness of the model was approved by experts with 99% confidence according to the philosophy, goals of the theoretical foundations of dimensions and components, feedback, and output of the model.

Conclusion :

The findings of this paper led to a model with several dimensions: (1) environment, (2) actors, (3) ecosystem cycle, and (4) IoT architecture in business. The corresponding indicators for the identified dimensions were validated. Independence, interaction, and empowerment were considered three principle values for the target community.

Today, the digital revolution has affected all behaviors and lifestyles. From a health care perspective, the Internet of Things is any device that can collect data on people's health, including smart bands, digital drugs, and surgical devices. Implantation or other portable devices that can measure health data and internet connection. Accordingly, one of the most applications of IoT technology in the field of health has been reported. In the end, it can be said that the Internet of Things will have a broad impact on the performance of hospitals. But the important thing about the implementation of this system in the hospital is the hope that by using the Internet of Things in hospitals, social justice in the field of health, which is one of the most important demands of the community, will be established, while The set of activities of hospitals should be minimized and controlled from the existing anomalies. Given the importance of this issue, it is expected that all health centers can use the use of the Internet of Things in their overall performance and, accordingly, lead the health of the community to effectiveness and efficiency.

Intelligent education is one of the common features in educational environments that is due to the emergence of emerging technologies. IoT and cloud computing are two new technologies that can be used to improve the quality of education. The purpose of this study is to validate the pattern of improving the quality of education using the Internet of Things and cloud computing in smart schools.

In the first stage, a qualitative study with the data theory approach of the Foundation was conducted in the spring of 2009 on 26 specialists in Internet of Things, cloud computing and intelligence, while observing the confidentiality of the information of the interviewees. In the second stage, to validate the presented model, the content validity of Lavache was used and 19 experts answered the questionnaire that was prepared to validate the presented model.

  The results of model analysis and validation in 5 axes are: intervening factors with 4 main categories and 0.46 validity, background conditions with 3 main categories and 0.67 validity, causal conditions with one main category and validity 0.32, Strategies with 9 main categories and validity of 0.7 and consequences with 2 main categories and validity of 0.56.

Findings showed that the model of improving the quality of education with the approach of the Internet of Things and cloud computing in the intelligence of schools in general has a good reputation. The validation of the model showed that using emerging technologies (Internet of Things, cloud computing) in school intelligence can improve the quality of education in schools..

Today, new technologies have been used in order to increase competitiveness and increase the quality of services in organizations providing health services. The purpose of this study is to investigate the applications of IoT technology in the field of health.

This review study was conducted in 1400. In this study, PubMed and Scopus databases and English articles were searched in the period of 2015 onwards. Health, hospital, treatment health care and IoT keywords has been used as searching strategy. Moreover, a search was made in the title and summary of the articles. 22 articles were reviewed out of 214 studies.

The use of IoT technology accelerates the healing process, improves the quality of services provided and reduces financial costs. This technology is used in various parts of health care organizations from emergency to treatment management of chronic diseases. Fast data collection, transmission and analysis are other benefits of using this technology in the healthcare industry. One of the most important challenges in using this technology in the field of health is information confidentiality.

Although the Internet of Things can play an important role in the management of health care services, the use of this technology in hospitals and health care centers is facing problems. Therefore, identifying the obstacles and challenges in this field and trying to overcome them will lead to a bright future for this technology in the field of health.