Blood Donors and Blood Banks Tracking Applications

The systems for blood banking and donation are evolving daily in the real world. Although during a moment of urgency, the blood cannot be reached at the proper time due to the blood donor's location being out of reach or the unavailability of stocks of specific blood groups. The proposed solution is to develop GPS and web based blood donors and blood bank tracking applications. In the Android mobile application, the GPS information provided by the user's location and the query input is used by this program to determine the position in the beginning. All of the services are gathered and kept in a cloud database. Additionally, the website, which serves as a blood donors and blood bank management system, that provides functionality for easy access to the data on blood donors and recipients, which are gathered around the location and used for tracking performance and blood donation processes. A minimum three-month gap must be kept between blood donations, and if the location of any user changes—for instance if the donor or recipient moves—the location of the new place can be updated. In addition to that, it also enables the communication between the Blood bank centers, Blood Transfusion Units, Blood Donation Camps, and the recipients.

I. Introduction

Personal and public healthcare services, as well as teaching and research initiatives, are the key components of traditional healthcare systems. Hospitals, homes, and other facilities offer personal healthcare services. Guidelines for medications, foods, and safety procedures are part of public healthcare services to maintain a healthy environment. For the prevention, identification, monitoring, and treatment of diseases, teaching and research efforts are crucial. Today's healthcare information systems are created with the user in mind, who benefits from their ease. There is an urgent need for a certain blood type in many emergency scenarios, such as accidents. In addition to emergencies, many continuous medical procedures and therapies now require more blood than ever before. The prosed solution is an application to address every issue that the present offline, as well as online systems, have to encourage individuals to donate blood and to assist patients to obtain blood in an emergency. Using this application, users can contact Blood Banks and Hospital's registered Donors if a patient needs blood in an emergency. Blood is essential for treating patients in the medical industry. Someone needs blood to save their life once every second. A GPS-based tracking system is developed as a proposed method to solve the problem. GPS-based tracking System is a mobile application that can be developed in Android. This application first finds the location through the GPS values that is latitude and longitude values of the user location and the query input. The services are collected for all areas and get stored in a database. If the user requests blood, the system finds the GPS values, compares them with them the database, and finds the limit area where the user's location GPS values come under. The system also finds the other user's location through GPS and searches for the required Blood group. If the system finds the required blood group and their GPS values may nearly match the user, then it displays the nor's current location to the user. Using the Android platform to reach the most people with the application, which solves the demand for blood and also provides a low-cost, rapid way to discover blood banks and donors because many people possess Android devices.