Nearest Blood & Plasma Donor Finding: A Machine Learning Approach

Nayan Das, Md. Asif Iqbal
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引用次数: 2

Abstract

The necessity of blood has become a significant concern in the present context all over the world. Due to a shortage of blood, people couldn’t save themselves or their friends and family members. A bag of blood can save a precious life. Statistics show that a tremendous amount of blood is needed yearly because of major operations, road accidents, blood disorders, including Anemia, Hemophilia, and acute viral infections like Dengue, etc. Approximately 85 million people require single or multiple blood transfusions for treatment. Voluntary blood donors per 1,000 population of some countries are quite promising, such as Switzerland (113/1,000), Japan (70/1,000), while others have an unsatisfying result like India has 4/1,000, and Bangladesh has 5/1000. Recently a life-threatening virus, COVID-19, spreading throughout the globe, which is more vulnerable for older people and those with pre-existing medical conditions. For them, plasma is needed to recover their illness. Our Purpose is to build a platform with clustering algorithms which will jointly help to provide the quickest solution to find blood or plasma donor. Closest blood or plasma donors of the same group in a particular area can be explored within less time and more efficiently.
最近的血液和血浆捐献者的发现:一种机器学习方法
在目前的情况下,血液的必要性已成为全世界关注的一个重大问题。由于血液短缺,人们无法挽救自己或他们的朋友和家人。一袋血可以挽救一条宝贵的生命。统计数据显示,每年由于重大手术、交通事故、血液病(包括贫血、血友病)和登革热等急性病毒感染而需要大量的血液。约有8500万人需要单次或多次输血进行治疗。一些国家的自愿献血者每1000人相当有希望,如瑞士(113/ 1000),日本(70/ 1000),而其他国家的结果则不令人满意,如印度为4/ 1000,孟加拉国为5/1000。最近,一种危及生命的病毒COVID-19在全球蔓延,老年人和已有疾病的人更容易感染这种病毒。对他们来说,需要血浆来恢复他们的疾病。我们的目的是建立一个具有聚类算法的平台,共同帮助提供寻找血液或血浆献血者的最快解决方案。可以在更短的时间内更有效地找到特定地区同一群体的最近的血液或血浆献血者。
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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