N. Hulst, J. Barton, J. Carpenter, C. Frey, J. Hammes, A. Johnson, D. Olsen, R. Schultz, B.W. Scilley, G. Seielstad, W. Semke, S. Threinen, P. Ubbi, R. Voeller, W.J. Wambsganss, A. Webster, Chang-Hee Won, A. Zeller
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引用次数: 7
摘要
农业相机(AgCam)是一种双波段数字成像有效载荷,将在国际空间站上的加压窗口观测研究设施(WORF)中运行。其主要任务是提供按需高分辨率遥感图像,以支持中西部上游的精准农业和自然资源终端用户。AgCam的主要优点是它能够在两个光谱波段提供10米的数据,在48小时内为最终用户提供数据采集的地图产品,并且能够在整个生长季节的2到3天内重新访问中西部北部的任何地点。此外,该系统将向区域最终用户提供地图产品,而不需要任何场景成本。AgCam是由北达科他州大学的学生在John D. Odegard航空航天科学学院和工程与矿业学院的教职员工的监督下设计、建造和测试的。
AgCam: scientific imaging from the ISS Window Observational Research Facility
The agricultural camera (AgCam) is a two-band digital imaging payload that will be operated in the pressurized Window Observational Research Facility (WORF) onboard the International Space Station. Its primary mission is to provide on-demand, high-resolution remote sensing imagery to support precision agriculture and natural resource end-users in the Upper Midwest. The major benefits of AgCam are its ability to provide 10-meter data in two spectral bands, to make map products available to end-users within 48 hours of data acquisition, and to be able to revisit any site in the Upper Midwest within 2-to-3 days throughout most of the growing season. In addition, the system will deliver map products without any per-scene cost as a service to regional end-users. AgCam is being designed, built, and tested by students at the University of North Dakota, under the supervision of faculty and staff in the John D. Odegard School of Aerospace Sciences and the School of Engineering & Mines.