HealthSphere Care Network

Abstract

The Healthcare Management System is designed as a robust and comprehensive computerized solution to address the complex challenges faced by healthcare systems. The use of C++ as the programming language lays the foundation for a powerful and efficient system capable of handling the intricacies of healthcare data and processes. Arrays play a pivotal role in the core architecture of the system, providing a structured format for storing patient records. The utilization of arrays ensures rapid and easy access to healthcare data, a critical requirement in time-sensitive medical scenarios. Linked lists introduce dynamism into the system, particularly in the management of patient queues. The dynamic nature of linked lists enables efficient scheduling and treatment sequences, optimizing the overall patient experience. The application of stacks and queues facilitates nimble manipulation of real-time data. This proves invaluable in emergency scenarios, enabling prioritization of cases and enhancing hospital workflows. Tree structures, specifically Binary Search Trees and Balanced Trees, contribute to quick data retrieval within hierarchical organizational and spatial units. This hierarchical approach enhances the overall efficiency of the system in managing complex healthcare structures. Graphs are employed to map intricate relationships spanning patients, doctors, prescriptions, and more. This relational mapping ensures a holistic view of the healthcare ecosystem, facilitating better decision-making and coordination among stakeholders.