Secured, Intelligent Blood and Organ Donation Management System - “LifeShare”

P.L. Wijayathilaka, P. H. P. Gamage, K.H.B. De Silva, A.P.P.S. Athukorala, K. Kahandawaarachchi, K. Pulasinghe
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引用次数: 13

Abstract

The scarcity and exigency for blood and organs has created many discrepancies in current approaches. These have created the criteria for malpractices such as organ trafficking and black market selling. This research presents a solution with a secured-smart blood and organ donation web developed system, allowing both patients and healthcare providers to access information about the blood and organ processing records. The database would be managed using the Blockchain technology which could be only accessed by authorized users. Finally, tracking all registered donors, the proposed system generates a smart identity developed by Ethereum Smart Contract (ESC). System predicts blood demand for the future ten years using Linear Regression Model with 0.998 of high R-squared accuracy value. This reduces shortages and wastage of blood. Also, using global positioning system and K-Nearest Neighbors Machine Learning algorithm, the system finds the best matches among donors and seekers according to the nearest location. Further, the system will automatically send questionnaires for registered users to identify and evaluate their awareness and issues about organ donation. Overall, this study aims for a secured and transparent web application. Thus, it facilitates an innovative and a productive blood donation and organ transplantation process in Sri Lankan healthcare sector.
安全、智能的血液及器官捐献管理系统-“LifeShare”
血液和器官的稀缺性和急迫性造成了目前方法的许多差异。这些规定为器官贩运和黑市买卖等不当行为制定了标准。本研究提出了一个安全智能血液和器官捐赠网络开发系统的解决方案,允许患者和医疗保健提供者访问有关血液和器官处理记录的信息。数据库将使用区块链技术进行管理,只有授权用户才能访问。最后,跟踪所有注册的捐助者,拟议的系统生成由以太坊智能合约(ESC)开发的智能身份。系统采用线性回归模型预测未来十年的血液需求,r平方精度为0.998。这减少了血液的短缺和浪费。此外,该系统利用全球定位系统和k近邻机器学习算法,根据最近的位置在捐赠者和寻求者之间找到最佳匹配。此外,该系统将自动向注册用户发送问卷,以识别和评估他们对器官捐赠的认识和问题。总的来说,本研究的目标是一个安全透明的web应用程序。因此,它促进了斯里兰卡保健部门创新和富有成效的献血和器官移植进程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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