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The First Year of Advanced Baseline Imager., , , , , and . IGARSS, page 8601-8604. IEEE, (2018)Tailoring National Weather Service Training to Serve the Pacific's Most Remote Locations., , , , and . IGARSS, page 3313-3315. IEEE, (2020)U.S. Plans for Geostationary Hyperspectral Infrared Sounders., , , , , , and . IGARSS, page 5411-5414. IEEE, (2022)Validation of GOES-16 ABI infrared spatial response uniformity., , , , , , , , , and 4 other author(s). Earth Observing Systems, volume 10764 of SPIE Proceedings, page 107640F. SPIE, (2018)Fast Precomputed VQ with Optimal Bit Allocation for Lossless Compression of Ultraspectral Sounder Data., , , , and . DCC, page 408-417. IEEE Computer Society, (2005)Studies Regarding the Ensquared Energy of a Geostationary Hyperspectral Infrared Sounder., , , , and . IEEE Trans. Geosci. Remote. Sens., (2023)Impact of point spread function on infrared radiances from geostationary Satellites., , , , , and . IEEE Trans. Geosci. Remote. Sens., 44 (8): 2176-2183 (2006)Latest assessment of GOES-R (16) Advanced Baseline Imager (ABI) data quality from an application and training perspective., , , , , and . IGARSS, page 283-285. IEEE, (2017)Understanding the Imaging Capability of Tundra Orbits Compared to Other Orbits., , , , and . IEEE Trans. Geosci. Remote. Sens., 59 (11): 8944-8956 (2021)Optimal cloud-clearing for AIRS radiances using MODIS., , , , , , and . IEEE Trans. Geosci. Remote. Sens., 43 (6): 1266-1278 (2005)