SciComLab App 对比 Astro-COLIBRI 的使用情况和统计数据
Augmented Reality Visualisierung des IceCube Neutrino Detectors für die Neujahrskarte des Science Communication Lab.
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Flares of known astronomical sources and new transient phenomena occur on different timescales, from sub-seconds to several days or weeks. The discovery potential of both serendipitous observations and multi-messenger and multi-wavelength follow-up observations could be maximized with a tool which allows for quickly acquiring an overview over both persistent sources as well as transient events in the relevant phase space. Astro-COLIBRI's architecture comprises a RESTful API, a real-time database, a cloud-based alert system and a website as well as an app as clients for users. The structure of Astro-COLIBRI is optimized for performance and reliability and exploits concepts such as multi-index database queries, a global content delivery network (CDN), and direct data streams from the database to the clients to allow for a seemless user experience. Astro-COLIBRI evaluates incoming VOEvent messages of astronomical observations in real time, filters them by user specified criteria and puts them into their MWL and MM context. The clients provide a graphical representation with an easy to grasp summary of the relevant data to allow for the fast identification of interesting phenomena and provides an assessement of observing conditions at a large selection of observatories around the world.
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SciComLab App与Astro-COLIBRI排名比较
对比 SciComLab App 与 Astro-COLIBRI 在过去 28 天内的排名趋势
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SciComLab App 对比 Astro-COLIBRI 的排名,按国家/地区比较
对比 SciComLab App 与 Astro-COLIBRI 在过去 28 天内的排名趋势
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SciComLab App VS.
Astro-COLIBRI
十二月 23, 2024