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Machine Learning and Personal Genome Informatics Contribute to Happiness Sciences and Wellbeing Computing

机译:机器学习和个人基因组信息学有助于幸福科学和福祉计算

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Two big recent revolutions: machine learning technologies; such as "deep learning" in Artificial Intelligence (AI), and personal genome informatics in biomedical science, provide us with new opportunities for understanding human happiness. Our ongoing important challenges are to discover our own truly meaningful personal happiness with the aid of AI and personal genome technologies. We have been developing a personal genome information agent entitled MyFinder, which supports searching for our inherited talents and maximizes our potential for a meaningful life. In the MyFinder project, we have provided a crowd-sourced DIY (Do it yourself) genomics research platform and conducted various "citizen science" projects in health and wellness. In this paper, we discuss how machine learning technologies and personal genome informatics might contribute to happiness sciences. We introduce the "Social Intelligence Genomics and Empathy-Building Study" and report the preliminary results of applying deep learning and six other machine learning algorithms for predicting social intelligence levels from nine SNPs genetic profiles. We discuss the possibilities and limitations of applying machine learning technologies for personal happiness trait prediction. We also discuss future AI challenges in the context of wellbeing computing.
机译:最近的两个大旋转:机器学习技术;如人工智能(AI)中的“深度学习”,以及生物医学科学的个人基因组信息学,为我们提供了解人类幸福的新机会。我们正在进行的重要挑战是借助AI和个人基因组技术发现自己真正有意义的个人幸福。我们一直在开发一个题为MyFinder的个人基因组信息代理,支持寻找我们继承的人才,并最大限度地提高我们有意义的生活的潜力。在MyFinder项目中,我们提供了一个人群源性DIY(自己自己)基因组学研究平台,并在健康和健康方面进行了各种“公民科学”项目。在本文中,我们讨论机器学习技术和个人基因组信息学可能会促进幸福科学的贡献。我们介绍了“社会智能基因组学和同理化研究”,并报告了应用深度学习和六种其他机器学习算法的初步结果,以预测九个SNPS遗传谱的社会智能水平。我们讨论了应用机器学习技术对个人幸福特质预测的可能性和限制。我们还在福斯计算的背景下讨论了未来的AI挑战。

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