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Synergy of volunteer measurements and volunteer computing for effective data collecting, processing, simulating and analyzing on a worldwide scale

机译:志愿者测量和志愿者计算的协同作用,可在全球范围内有效地收集,处理,模拟和分析数据

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The paper concerns the hype idea of “Citizen Science” and the related paradigm shift: to go from the passive “volunteer computing” to other volunteer actions like “volunteer measurements” under guidance of scientists. They can be carried out by ordinary people with standard computing gadgets (smartphone, tablet, etc.) and the various standard sensors in them. Here the special attention is paid to the system of volunteer scientific measurements to study air showers caused by cosmic rays. The technical implementation is based on integration of data about registered night flashes (by radiometric software) in shielded camera chip, synchronized time and GPS-data in ordinary gadgets: to identify night “air showers” of elementary particles; to analyze the frequency and to map the distribution of “air showers” in the densely populated cities. The project currently includes the students of the National Technical University of Ukraine “KPI”, which are compactly located in Kyiv city and contribute their volunteer measurements. The technology would be very effective for other applications also, especially if it will be automated (e.g., on the basis of XtremWeb or/and BOINC technologies for distributed computing) and used in some small area with many volunteers, e.g. in local communities (Corporative/Community Crowd Computing).
机译:本文涉及“公民科学”的炒作思想和相关的范式转变:在科学家的指导下,从被动的“志愿者计算”转向其他志愿者行动,例如“志愿者测量”。普通人可以使用标准的计算小工具(智能手机,平板电脑等)以及其中的各种标准传感器来执行这些操作。在这里,要特别注意志愿者科学测量系统,以研究由宇宙射线引起的空气喷淋。该技术的实现是基于以下信息的集成:屏蔽相机芯片中已记录的夜间闪光(通过辐射软件)数据,普通小工具中的同步时间和GPS数据:识别基本粒子的夜间“风淋”;分析人口稠密城市的频率并绘制“空气淋浴”的分布图。该项目目前包括乌克兰国立技术大学“ KPI”的学生,这些学生紧凑地位于基辅市,并提供他们的志愿者测量数据。该技术对于其他应用程序也将非常有效,尤其是如果它是自动化的(例如,基于XtremWeb或/和BOINC用于分布式计算的技术),并在一些有许多志愿者的小区域中使用时,例如:在本地社区(企业/社区人群计算)。

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