Surface Displacement Measurement from Remote Sensing Images. Olivier Cavalie

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СКАЧАТЬ - Sentinel-2-A/B 2015, 2017 - 10 - 13 290 - SkySat-1 2013 - 0.8 450–900 4 2/8 - SkySat-2-21 2014 - 0.65–0.8 450–900 4 2/8 - SPOT-6 2012 - 1.5 455–745 4 60 12 SPOT-7 2014 - 1.5 455–745 4 60 12 SuperView-1–4 2016, 2018 - 0.5 450–890 4 12 11 TeLEOS-1 2015 - 1 - 0 12 10 TH-1 2010, 2012, 2015 2018, 2020 2–5 510–690 4 60 - TripleSat/DMC3/SSTL-S1-2-3 2015 - 1 450–650 3 23.8 10 TripleSat/DMC3/SSTL-S4 2018 - 1 450–650 3 23.8 10 UK-DMC2 2009 - 22 - - 600 - Vision-01 2018 - 0.9 450–650 4 20.8 10 VRSS-1 2012 - 2.5 450–900 4 + 4 57 10 VRSS-2 2017 - 1 - 4 + 5/6 - - WorldView-1 2007 - 0.46 448–895 0 17.6 11 WorldView-2 2009 - 0.46 464–801 4 + 4 16.4 11 WorldView-3 2014 - 0.31 450–800 8 + 8 + 12 13.1 11 WorldView-4 Zhuhai-1 2016 2019 0.31 450–800 4 13.1 11 Zhuhai-1 OHS-2A-2D/3A-3D 2018, 2019 - 10 - - 150 - Zhuhai-1 OVS-1A/1B/2 2017, 2018 - 0.9–2.0 - - 22.5 - Ziyuan-3/ZY-3 01-03 2012, 2016, 2020 - 2.5 500–800 4 51 10

       – Pléiades: Pléiades represents the new generation of French satellites with submetric resolution. The main characteristics of Pléiades are the high image quality, the high agility of the satellites, high image geolocation, the ability to provide images with a short delay (exemplified with the International Charter “Space and Major Disasters”) and the ability to take stereo or tri-stereo images on a single track.

       – RapidEye: The first constellation of Earth observation satellites, with five identical satellites launched simultaneously with five spectral bands and 5 m resolution. The aim of the constellation was to provide Earth observation imagery for decision-making and geospatial services. In April 2020, Planet Labs decided to end the operation of the RapidEye constellation.

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