Autonomous Global Sky Surveillance with Real-Time Robotic Follow-up: Night Sky Awareness through Thinking Telescopes Technology
Autonomous Global Sky Surveillance with Real-Time Robotic Follow-up: Night Sky Awareness through Thinking Telescopes Technology
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具有实时机器人跟踪功能的自主全球天空监视：通过思维望远镜技术实现夜空意识
DOI：
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发表时间：
2008
期刊：
影响因子：
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通讯作者：
R. Rast
中科院分区：
文献类型：
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作者：
W. Vestrand;H. Davis;J. Wren;P. Wozniak;B. Norman;R. White;J. Bloch;E. Fenimore;B. Hogge;M. Jah;R. Rast
摘要：我们讨论了先进的“思维”天空哨兵和机器人跟踪望远镜的全球网格原型的开发，这些望远镜观察整个夜空，通过自主识别异常行为，选择目标进行详细调查，并进行实时跟踪观测，提供对夜空的实时监测。这个分层、容错的网络使用相对便宜的机器人EO传感器来提供持久的自主监控和实时异常检测，以实现快速识别和对出现的瞬变做出快速响应。这个T3全球EO网格避免了地理和天气的限制，提供了对夜空的持续监测。
Abstract : We discuss the development of prototypes for a global grid of advanced "thinking" sky sentinels and robotic follow-up telescopes that observe the full night sky to provide real-time monitoring of the night sky by autonomously recognizing anomalous behavior, selecting targets for detailed investigation, and making real-time, follow-up observations. The layered, fault-tolerant, network uses relatively inexpensive robotic EO sensors to provide persistent autonomous monitoring and real-time anomaly detection to enable rapid recognition and a swift response to transients as they emerge. This T3 global EO grid avoids the limitations imposed by geography and weather to provide persistent monitoring of the night sky.