Methodological Approaches to Assessing the Investment Attractiveness of Telemedicine

Abstract

The paper considers modern methodological approaches of Russian and foreign authors to assess the investment attractiveness of the industry. The object of analysis is a new industry telemedicine. As a result of the study, industry specifics and factors affecting its investment attractiveness were identified. The work also explores methodological approaches to assessing investment attractiveness and investment efficiency. The uniqueness of the study consist in the fact that previously there were no works, approaches and methods analyzing investment attractiveness in terms of their applicability to the selected industry. Based on the results of a critical analysis of the proposed approaches and methods for assessing investment attractiveness, requirements were formed that need to be considered when developing and applying methodological approaches to assessing the investment attractiveness of telemedicine.

Wireless Power Transfer Technologies, Applications, and Future Trends: A Review

“…WPT can play a critical role in healthcare applications by liberating the patients from the constraints and the need to undergo surgeries to replace the batteries of medical devices such as pacemakers, hearing aids, and insulin pumps. In addition, WPT will revolutionize the healthcare industry by facilitating a more convenient, efficient, and cost-effective means of powering medical devices and infrastructure, having the potential to be involved in many healthcare applications, as explained in [115], [75], [12], [14], and [22]. The healthcare applications are given in the form of some examples: 1) Implantable Medical Devices(IMD): IMD such as biomedical implants, pacemakers, and defibrillators require a constant supply of energy for operation.…”

“…Overall, WPT can be applied in various applications. The frequency of operation for different methods of power transfer over a wide range such as healthcare [1], [148] and [12], smart homes [121], [102] and [111], industrial and smart grid [84], [13], [8], [123], [122], and [53].…”