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Remote sensing platforms are often equipped with state-of-the-art instrumentation to record both the satellite position and line-of-sight (LOS) aspect.

The Miniature Sensor Technology Integration (MSTI-3) infrared sensor has been collecting over the past year and a half, a unique set of Earth Backgrounds data, namely, large mosaic scenes (LMS), each typically 250 km in width and 500 km in length. These data are collected as individual, overlapping sub-images in an approximate stepstare pattern and cover several wavelength bands in both the short-wave (SWIR) and mid-wave (MWIR) infrared regions of the spectrum. All of the MSTI data (small and large scenes) are collected over a broad range of viewing geometry and lighting conditions in order to provide global statistics of infrared structure on both small and large spatial scales. Visidyne, Inc. has designed and implemented a set of algorithms to construct these LMSs from individual subimages collected during the MSTI-3 LMS observations. These large mosaic scenes are deliverable, Level 3 data products, available to the users community for their analysis.

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