首页> 外文会议>International Joint Conference on Biomedical Engineering Systems and Technologies (BIOSTEC 2015) Doctoral Consortium >A Web Application for Automatic Analysis on Life-style Factors Affecting Personal Health from Self-tracking Data Towards User-side Statistics Free Personal Data Analysis
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A Web Application for Automatic Analysis on Life-style Factors Affecting Personal Health from Self-tracking Data Towards User-side Statistics Free Personal Data Analysis

机译:一种Web应用程序,用于自动分析生命风格因素,从自动跟踪数据到用户侧统计数据免费个人数据分析

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The advent of commercial portable sensing devices has enabled many non-experts to collect their own data, and there has been a boom in health-centric self-monitoring and tracking (Swan, 2013). However, huge amount of these data remain unanalyzed simply because many of the data owners have no idea what to do with the large amount of data they have collected. Even for patients who are self-monitoring their vital health metrics, it is unrealistic to expect the doctors or physicians who are overloaded already to help them analyze their personal data individual by individual, let alone for healthy people who simply track for the purpose of prevention. Although some tracking device vendors offer software applications to synchronize the data collected, the analysis of these data is primitive because the applications simply visualize the temporal change of the tracked metric, leaving the potential causes of the change unanswered. Someone claim that simply by looking at the rise of blood pressure curve could further raise the blood pressure of a user. On the other hand, there are many independent data analysis software tools available. However, these tools were designed for experts such as statisticians and data scientists. Learning how to use them could be time-consuming or even torturing for nonexperts who do not have expertise on statistics and other skills such as programming. In one word, it is difficult, if not impossible, for non-experts to use existing data analysis software tools to gain insights from their data.
机译:商业便携式传感设备的出现使许多非专家能够收集自己的数据,并且在以健康的自我监控和跟踪(Swan,2013)上有繁荣。但是,大量这些数据仍然是未分明的只是因为许多数据所有者不知道如何处理他们收集的大量数据。即使对于自我监测重要的健康指标的患者,预计已经通过个人提供了多载的医生或医生是不切实际的,也可以通过个人分析他们的个人数据个人,更不用说适用于预防目的的健康人。虽然一些跟踪设备供应商提供软件应用程序要同步所收集的数据,但这些数据的分析是原始的,因为应用程序只需可视化跟踪度量的时间变化,留下了未答复的更改的潜在原因。有人声称,只要通过观察血压曲线的兴起,可以进一步提高用户的血压。另一方面,有许多独立的数据分析软件工具可用。但是,这些工具是为统计学家和数据科学家等专家设计的。学习如何使用它们可能是耗时的甚至折磨,因为没有专门的统计数据和其他技能,如编程。在一个单词中,对于非专家来说,很难使用现有的数据分析软件工具来从他们的数据中获得见解。

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