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    Blockchain Technology-Based Crowdfunding Systems
    (2023) Küsbeci, Polathan; Burak, Mehmet Fatih
    Technological developments can be effective in every sector, in every subject, as well as in crowdfunding with innovations such as blockchain and bitcoin. While it is important to benefit from funding sources for entrepreneurs, those with investment projects, etc., it is much more important for those who are in a more disadvantaged position to be able to benefit from new and accessible funding sources for their funding needs. Classic crowdfunding can partially provide a solution to these needs. However, classical crowdfunding has some disadvantages as well as other fund alternatives. By taking advantage of the unique opportunities offered by blockchain technology, crowdfunding can come to a much more advantageous position. Blockchain technology-based crowdfunding, which has some features such as being more trustworthy, more understandable, and more open, has emerged from the combination of blockchain technology and crowdfunding. Blockchain technology-based crowdfunding can attract both those in need of funds (e.g., entrepreneurs, investment projects) and those who supply funds (e.g., stakeholders, donors, investors) with the advantages it offers to the processes. Researches and examinations are important in attracting interest and demand in blockchain technology-based crowdfunding and in continuing the technological and structural developments in blockchain-based crowdfunding. This study, it is aimed to examine blockchain technology-based crowdfunding in light of studies in the literature. In this context, blockchain and crowdfunding are discussed in detail in this study. It is thought that this study can provide helpful information to both researchers and those who are considering taking part in the blockchain technology-based crowdfunding process.
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    Internet of Things and Aviation: A Bibliometric and Visualization Analysis
    (2023) Burak, Mehmet Fatih; Küsbeci, Polathan
    Purpose – Considering both the current opportunities of the Internet of things (IoT) and aviation, as well as the potential opportunities they may offer for the future, it is understood that they are among the important issues that need to be examined in the literature. This study aims to provide an idea by conducting bibliometric and visualization analyses of the current trends and development opportunities of IoT and aviation. Design/methodology/approach – In this study, descriptive and bibliometric analyses within the framework of co-author, co-citation, bibliographic coupling, and keyword co-occurrence analysis were carried out for publications found to be published between 2007 and 2023 in the Web of Science (WoS) database related to IoT and aviation. VOSviewer (ver. 1.6.18) program and the Biblioshiny application were used to create bibliometric networks and provide visualization. Findings – As a result of some descriptive and visualization analyses, the current trend of publications on IoT and aviation and future publication opportunities has been revealed. It has been understood that the subject of IoT and aviation is one of the subjects whose number of publications has increased in recent years and has not yet fully matured in terms of the number of publications and has the potential to make new publications. Originality/value – In this study, bibliometric analysis of IoT and aviation, which could not be found examined before in the literature, and the creation of existing bibliometric networks by visualizing were carried out.
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    The Effect of the Metaverse on the Health Sector
    (2022) Burak, Mehmet Fatih; Küsbeci, Polathan
    Today, due to the metaverse gaining popularity and diversification of its use and purpose, in terms of states, institutions, individuals, etc., its usage potential is increasing. All kinds of innovations that can positively affect the health sector are important innovations that should not be ignored. Considering that the metaverse is an innovation and development that tends to be effective in many sectors, in order to benefit from the opportunities, it offers and can offer for the health sector, it is important to understand its potential impact, development, advantages and disadvantages. In this study, it is aimed to investigate the effect of the metaverse in the health sector in the light of studies in the international literature by researching the Web of Science, Scopus, Pubmed, Google Scholar indexes. As a result of the examination carried out for this purpose, it has been determined that the studies in the literature are mostly reviews, letters to the editor and similar studies, and there are few empirical and experimental studies yet. In addition, the metaverse of the studies in the literature is mental, psychological, cardiovascular, eye, tooth, mouth, etc. potential impact on health, medical therapy, rehabilitation, psychotherapy, telepresence, smart health, experience based health, etc. It has been understood to have many potential effects, such as its potential effect on supporting health issues, its potential effect on disease prevention, its potential effect on providing outpatient care, its potential effect on effective collaboration and knowledge sharing, its potential for advanced visualization for medical databases, its potential effect on improving health education of physicians and patients. In addition studies in the literature shows that there are a lot of potential impacts of the metaverse on psychological, cardiovascular, eye, dental, oral health etc. as well as on medical therapy, rehabilitation, psychotherapy, telepresence, smart health, experience-based health and similar issues, and on prevention of diseases, and on providing outpatient treatment, and on effective collaboration and knowledge sharing, advanced visualization, and on medical databases, and on improving health education of physicians and patients.
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    The Impact of Data Mining in The Aviation Industry
    (2022) Küsbeci, Polathan; Burak, Mehmet Fatih
    It can be understood that this sector will be one of the indispensable and increasingly demanding sectors in the future, due to the advantage of time saving in transportation offered by aviation. Aviation is one of the sectors that benefit from very advanced technologies in the current situation and that should focus on continuous technological development for the future. The aviation industry is also one of the industries that need to be extremely sensitive to possible errors, which can have irreversible consequences in case of possible errors. For this reason, there is a necessity to carry out every operation in aviation in a way that preserves the temporal advantage, as well as in the maximum security. As it is in every commercial sector, the necessity of keeping customer satisfaction high is inevitable for companies that are competitive in the aviation sector. Therefore, it is necessary to make the data obtained for current and potential customers the most useful for aviation enterprises. Owing to advanced technologies used in aviation, fast and large numbers of data can be obtained. It is clear that it can be quite time-consuming to make this large amount of data useful by separating it without using technological opportunities. It is important that the data obtained in the aviation industry, which does not tolerate errors, can be used just in time, in the most effective way, and evaluated without being prone to errors. Utilizing data mining for large amounts of data in aviation can be very beneficial. With the emergence of big data, which is the building block of society, data mining constitutes an important place for institutions and organizations to make the right decisions. All institutions and organizations from aviation to health sector, from finance to insurance use data mining. Analyzing and classifying data from the big data pool and making it workable becomes more effective with data mining. Many changing and developing technologies such as artificial intelligence and machine learning are used in the data mining process as well as mathematics and statistical sciences. It is important to understand the importance of data mining well in order to understand today's needs and guide the future.
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    USE OF INTERNET OF THINGS TECHNOLOGY IN HEALTHCARE
    (7. INTERNATIONAL CONFERENCE ON EVOLVING TRENDS IN INTERDISCIPLINARY RESEARCH & PRACTICES, 2022) Küsbeci, Polathan; Burak, Mehmet Fatih
    Today, the continuous development of information and communication technologies in the digital transformation process leads to the emergence of new technologies. One of these technologies is the Internet of Things (IoT), which connects virtual and real world entities, thus enabling the connectivity of anything any time. Developments in artificial intelligence, cloud computing, cyber security and network technologies emerge as concepts that attract attention in almost every part of the society. Especially in recent years, thanks to the widespread use of the Internet and the increase of the Internet speed, the Internet of Things has an important role in enabling all devices to communicate with each other through a network. The Internet of Things has made its way into a variety of industries, including logistics, manufacturing, shipping, transportation and healthcare. IoT improves communication on the Internet not only between people, but also between objects. The IoT enables almost every electronic device, with its expandable Internet connection, to become a smart object. Health services, which start before the birth of individuals and continue throughout their lives, are one of the most essential needs of individuals. In healthcare, use of the IoT offers many advantages in the treatment of patients taking the necessary precautions by making early diagnosis. Thanks to the Internet of Objects, the data received from people outside hospitals, it becomes easier to immediately detect unexpected situations that may occur. Besides solving many problems, use of the IoT in the healthcare industry also helps analyze and even predict the health status of patients.