APA Annotated Bibliography on Telehealth

Introduction

My rationale for selecting this particular technology topic is that Telehealth plays a crucial role in addressing the different challenges of the healthcare system. For many years telehealth initiatives have been implemented. Home-based care systems can benefit from existing wireless indoor positioning systems. To clarify this annotated bibliography, I present the following explanations. I employed a research process step by step. In the next order, I identified the problems, reviewed the literature, clarified the issues, defined terms, and concepts, explored the sample populations, and collected scientific articles that addressed these problems, and analyzed them. I used medical journal databases, which are shown in the references section, and my search terms were the latest scientific articles on Telehealth.

Scientific Articles on Telehealth

DeVany, M. (2015). Telehealth Implementation: The Voice of Experience. Healthcare Administration: Concepts, Methodologies, Tools, and Applications, 11.

In the present analysis, the benefits of Telehealth are addressed both for patients and professional practice in general. The critical goal expressed by this facility by the continuing and continuous growth of its TV service system is to increase access to healthcare by infectious disease professionals and enhance the overall standard of the care provided. This emphasis will not negate the need to stick to excellent corporate rules in the clinic. Instead, this case demonstrates that all attention can be done correctly. Although existing legislative issues do tend to present challenges, they are not too severe to bring down the excitement for maintaining this project or for potential expansion plans.

Murrugarra, L. (2017). A Panoramic View of Telehealth Activities in Peru. Institute of Tropical Medicine Alexander Von Humboldt- Peruvian University Cayetano Heredia- Peru.

For many years telehealth initiatives have been implemented in Peru. The objective of this article is to create a summary of the growth of Telehealth in Peru. Article's Method is review of the telehealth laws and research papers released in 2002, when the national TV commission in Peru was founded was undertaken. Reports for Telehealth on the websites of the initiative and the health ministry were also analyzed. The work was divided into three main topics: history of telehealth structuring in the country, main experiences and existing initiatives. The outcomes include the adoption in Peru of the national telehealth program of 2005 and the development of various institutional documents on Telehealth. In 2016, the Telehealth Framework Law has been approved and gives practical guidance on the structurisation and payment by health providers in the country for telehealth actions. The national health plans already include the possibility of using the resources of Telehealth. At the same time, telehealth measures play a crucial role in addressing the different challenges of the healthcare system in Peru. But Peru has still not a federally organized telehealth scheme, following comprehensive legislation. In conclusion, there is a long way to go for structuring the actions of Telehealth in Peru.

Santoso, F., & Redmond, S. J. (2015). Indoor location-aware medical systems for smart homecare and telehealth monitoring: state-of-the-art. Physiological Measurement, 36(10).

This paper provides an exhaustive literature analysis on recent developments in the usage of integrated telemedical and Telehealth indoor positioning systems. This review is the first in the literature to give an extensive discussion on how the development of home-based care systems can benefit from existing wireless indoor positioning systems. More importantly, this analysis offers a detailed comparative examination of how indoor positioning innovations favor machine consumers and medical practitioners alike. E.g., in the area of real-time cardiovascular surveillance, global tracking of daily living (ADLs), old decline detection systems, as well as indoor shipping systems for visually disabled persons. The choice of a specific technology for a particular healthcare application details various aspects that are worth looking at, e.g., the spatial accuracy required for the application, the compromises between discreteness and complexity, and the questions relating to compliance and the use of wearable tags. This analysis often discusses many work gaps concerning the existing state of the art and the challenges associated with each.

Wang, J., Qiu, M., & Guo, B. (2017). Enabling real-time information service on the telehealth system over a cloud-based big data platform. Journal of Systems Architecture, 72, 69–79.

A telehealth network covers all clinical and non-clinical uses. It not only offers data collection facilities for offline patients but also tracks the medical details via pervasive sensors that help telemedicine remotely. However, the present telemedical systems in the therapeutic context do not take account of the speed and integrity of the big data system. Emergencies produce a vast amount of real-time data to be processed and sent to distant facilities in the data center. In comparison, medical knowledge is spread via the centralized data center and inadequate in providing a highly capable virtual real-time operation. In this paper, the authors suggest a bandwidth model focused on chance in a cloud TV framework that allows the cloud broking provider to allocate device nodes and connections high capacity. This brokerage process takes the Personal Health Record (PHR) position protocol into account in cloud and schedules reliability signals with low transmission of knowledge between numerous hosts. The broker uses many approaches to determine the bandwidth for forecasting the potential usage of broadband in Telehealth's sense. The simulation findings demonstrate that their model decides the right provider effectively and validates the utility of their strategy.

Conclusion

For many years telehealth initiatives have been implemented. Telehealth measures play a crucial role in addressing the different challenges of the healthcare system. The present telemedical methods in the medical context do not take account of the speed and integrity of the big data system. Emergencies produce a vast amount of real-time data to be processed and sent to distant facilities in the data center. A telehealth network covers all clinical and non-clinical uses. It not only offers data collection facilities for offline patients but also tracks the medical details via pervasive sensors that help telemedicine remotely. Home-based care systems can benefit from existing wireless indoor positioning systems.