A Mobile Cloud-Based Healthcare System Utilizing Dynamic Cloudlets for Energy-Aware Consumption

Medical (Healthcare) practitioners (MPs) have rapidly used mobile cloud computing (MCC) in the healthcare business, resulting in the expansion of healthcare software applications on these platforms. There are several programmes that assist MPs with numerous crucial activities. The use of mobile cloud computing have aided Medical Practioners in making better decisions and enhancing patient care. With MCC, clients may take use of cloud computing resources to meet the demands of the healthcare sector. However, the adoption of MCC comes with challenges, particularly concerning network bandwidth limitations and mobile device capacity, resulting in issues related to energy consumption and latency delays. In response to these challenges, this paper proposes the Dynamic Energy-aware Cloudlet-based Mobile Cloud Computing Model (DECMCCM), which introduces a novel approach utilizing dynamic cloudlets to address energy consumption issues in healthcare mobile devices. By intelligently distributing computational tasks between mobile devices and cloudlets, DECMCCM optimizes energy utilization, reducing the strain on the devices and improving overall system performance.