Smart Cardiovascular Care: Leveraging Edge Computing and IoT for Enhanced Diagnostic Capabilities
TL;DR
The paper delves into how edge computing and IoT are utilized in smart healthcare, emphasizing their widespread adoption and indispensable utility and highlights the advantages of edge-based solutions in terms of latency, mobility, and energy efficiency.
Abstract
This paper delves into the transformative impact of modern healthcare technologies, particularly edge computing, IoT, and AI, on cardiovascular diagnostics and care. As traditional cloud computing infrastructures struggle to meet evolving demands for real-time data processing and personalized patient care, the emergence of edge computing offers a promising solution. The paper highlights the advantages of edge-based solutions in terms of latency, mobility, and energy efficiency. Given the prevalence of cardiovascular disease globally, the need for innovative approaches in healthcare delivery is emphasized. The paper delves into how edge computing and IoT are utilized in smart healthcare, emphasizing their widespread adoption and indispensable utility. By conducting an extensive research, this paper delves into the complexities of the complex interactions between edge computing, IoT, and AI, and to enhance understanding of their potential to transform healthcare practices and enhance patient outcomes.