DigitalGlobe @ Work: Enhancing High-Accuracy Mapping Applications with Advanced Stereo Data  

Hosted by: DigitalGlobe

EVENT DESCRIPTION

The technical advancements of commerical imaging satellites today has enable imagery providerse to deliver more advanced stereo data than ever before--enhancing high-accuracy mapping applications for photogrammetrists and GIS professionals across the globe. 

View this on-demand Webinar today to learn how DigitalGlobe's WorldView-1 and forthcoming WorldView-2 satellites offer these same professionals unrivaled collection capabilities, unprecedented accuracy and the global reach to create advanced stereo pairs for their project.  

WHAT YOU WILL LEARN

• See how WorldView-1 was designed to have more agility than any other commercial imaging satellite--on every pass panning back and forth during each orbit to acquire multiple areas of interest, with an average revisit time of 1.7 days--collecting up to 750,000 square kilometers of imagery per day. 
  
  
• Discover how WorldView-1 stereo data can be used with or without Ground Control Points (GCPs) for the extraction of highly accurate Digital Elevation Models (DEMs)--and get the phenomenal results of a recent WorldView-1 stereo pair accuracy study by our partner, PCI Geomatics.   
  
  
• Learn how WorldView-1 stereo data compares to aerial and LiDAR--especially in extreme terrain areas where getting a flight in the air or a field team on the ground is too costly, unsafe or prohibited.  
  
  
• See how our resellers are creating value-added solutions from WorldView-1 stereo data--delivering products with unrivaled accuracy to their customers.    

• Get a sneak preview of the anticipated color stereo capabilities of our forthcoming WorldView-2 satellite, including larger area collects, 8-color bands, improved revisit time, greater collection capacity and more--completing our constellation of sub-meter satellites with an aggregate collection capacity of 1,910,000 square kilometers of imagery per day with intraday revisits.

WHO SHOULD ATTEND

Designed for users with advanced image processing capabilities and Photogrammetric tools.