Development of Cloud Computing in Healthcare for Improving Patient's Care Services
Cloud computing (CC) is known as a game changer in healthcare as well as biomedical sciences, providing scalable, on-demand capabilities to handle massive data. The combination of mobile computing as well as CC has the possibility to transform the delivery of healthcare by giving ubiquity access to sources while also facilitating novel services implementation and delivery models. Although CC has undergone extensive research in fields like genomics as well as molecular medicine and its application in healthcare outside these areas is slightly unknown. Electronic health records, Robotic surgery, monitoring remote patient devices, predictive analytic tools, telemedicine, and virtual health assistants are only a few instances of how Artificial Intelligence (AI) technologies is used in healthcare to improve the health of patients along with offering solutions with patient-centered. To strengthen patients by integrating tools with AI-powered solutions that facilitate decision making in healthcare. Minimize the resource allocation and cost in healthcare by utilizing AI for early identification of medical problems, consequently encouraging preventative measures. The AI-powered patient interaction strategy is a game changer for the provision of healthcare. AI-powered Patient Engagement efforts have highlighted a bright future for the revolution of healthcare. Patient participation has enhanced AI technologies by individuals adopting more responsibility in managing their well-being. AI-enabled patient interaction has emerged as an influential force in healthcare. It has been demonstrated that AI-driven patient engagement can lead to improved results, more patient autonomy, and substantial savings on expenses.
Publication Details
- Journal
- Computer Science Engineering and Technology
- Published
- 2025-10-29
- DOI
- https://doi.org/10.46632/cset/1/1/18
- Primary Topic
- Artificial Intelligence in Healthcare
- Type
- article
- Field-Weighted Citation Impact
- 0.00