PCI Geomatics announces that new rigorous model support for EROS 1.8m satellite panchromatic data is included within the company’s new Geomatica 9 software solution. Developed by Dr. Thierry Toutin at the Canada Centre for Remote Sensing (CCRS, Natural Resources Canada), implementation of the EROS rigorous sensor support offers customers the flexibility of orthorectifying EROS high-resolution imagery to a much greater accuracy than currently available through other methods. The EROS satellite is designed for low earth orbit and utilizes a “push broom” technique that provides a swath of at least 12.5 km in width. Featuring a panchromatic sensor that offers a 1.8m resolution, the EROS A satellite provides users with quality images at an affordable price. The first of many, the complete constellation of EROS satellites will provide the most frequent daily revisit of sites around the world providing decision-makers with the most up-to-date information. Correction accuracy for EROS 1.8m satellite panchromatic data using the EROS rigorous model is competitive with other high-resolution data types.
Rigorous model support for EROS 1.8m satellite panchromatic data and other sensors such as SPOT, IKONOS, and QuickBird sensors can be found on PCI Geomatics’s new Geomatica 9 software release. Geomatica 9 builds upon the PCI Geomatics reputation for providing a seamless “all-in-one” and “end-to-end” geospatial processing environment. A major achievement, Geomatica 9 greatly extends PCI’s industry-leading remote sensing technology for unsurpassed image analysis, photogrammetric composition, GIS processing, cartographic visualization, and successful earth observation based geomatics operations. GIS capabilities, hyperspectral tools, and an exclusive new hyperspectral data compression technology top the list of improvements and additions for the new Geomatica 9, a completely integrated solution that provides superior geomatics capabilities with productivity enhancing features.