Disease outbreak prediction by data integration and multi-task learning

Batuhan Bardak, Mehmet Tan
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Abstract

The requirements for treatments vary for different diseases. These have to be considered in order to plan ahead the expenditures for the health care system. In this sense, disease surveillance has a significant impact on resource planning. To this end, we study the problem of predicting the number of incidences for a given disease based on the internet search and access log statistics. A number of papers appear in the literature that study this problem of predicting outbreaks, especially for Influenza. In this paper, in addition to investigating disease incidences other than Influenza, we propose to use the statistics for different diseases together for achieving transfer learning. We argue that we can increase prediction performance by considering diseases together in a multi-task learning setting due to our assumption of structure sharing. The results we obtained are promising as we achieved performance improvements in this setting. The code and data-sets used in the study are available from http://mtan.etu.edu.tr/Supplementary/Outbreak-prediction/.
通过数据整合和多任务学习预测疾病爆发
不同疾病的治疗要求各不相同。为了提前规划医疗系统的支出,必须考虑到这些因素。从这个意义上说,疾病监测对资源规划有重大影响。为此,我们研究了根据互联网搜索和访问日志统计数据预测特定疾病发病数量的问题。文献中出现了许多研究预测疾病爆发问题的论文,尤其是针对流感的论文。在本文中,除了研究流感以外的疾病发病率外,我们还建议将不同疾病的统计数据结合起来使用,以实现迁移学习。我们认为,在多任务学习设置中,由于我们假设结构共享,我们可以通过同时考虑疾病来提高预测性能。我们获得的结果很有希望,因为我们在这种情况下实现了性能提升。研究中使用的代码和数据集可从 http://mtan.etu.edu.tr/Supplementary/Outbreak-prediction/ 上获取。
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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