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Data Intensive Radio Astronomy en route to the SKA: The Rise of Big Radio Data

机译:数据密集型射频天文学途中的途中:大无线电数据的兴起

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Advances in both digital processing devices and in technologies to sample the focal and aperture planes of radio antennas is enabling observations of the radio sky with high spectral and spatial resolution combined with large bandwidth and field of view. As a consequence, survey mode radio astronomy generating vast amounts of data and involving globally distributed collaborations is fast becoming a primary tool for scientific advance. The Square Kilometre Array (SKA) will open up a new frontier in data intensive astronomy. Within the next few years SKA precursor telescopes will demonstrate new technologies and take the first major steps toward the SKA. Projects that path find the scientific journey to the SKA with these and other telescopes are currently underway and being planned. The associated exponential growth in data require us to explore new methodologies for collaborative end-to-end execution of data intensive observing programs.
机译:数字处理设备和技术的技术进步,用于样本无线电天线的焦孔和孔径平面是使无线电天空的观察与高光谱和空间分辨率组合,与大带宽和视野相结合。因此,调查模式无线电天文学产生大量数据并涉及全球分布式合作正在快速成为科学进步的主要工具。方千米阵列(SKA)将在数据密集的天文学中开辟一个新的前沿。在未来几年内,SKA Pred体伸缩将展示新技术,并将第一个主要步骤朝着SKA迈出。 Path找到与这些望远镜的SKA科学旅程的项目目前正在进行并正在计划。数据相关的指数增长要求我们探索用于数据密集型观察程序的协作端到端执行的新方法。

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