As the market for hyperspectral sensing technology moves forward and advances, Headwall’s Application Engineering team has been able to gather a rare view into the past through the hyperspectral scanning of some of the most important historical artifacts and papers in the United States. For the first time ever, hyperspectral VNIR and SWIR imaging was conducted on key historical documents from the US Civil War period.
Headwall Photonics Blog
This past week, Headwall remote sensing team finished a productive week Down Under at the International Geoscience and Remote Sensing Symposium (IGARSS) in Melbourne, Australia. The conference, organized by the IEEE, comprises a ‘Who’s Who’ across the global remote sensing community. But curiously absent were representatives from the United States, probably reflecting the topic du jour: sequestration. Imagine holding a geo-spatial and remote sensing conference and no one from NASA was able to attend?
Bosoon Park, author of this blog entry, works as an Agricultural Engineer on behalf of the USDA in Georgia. He has done extensive research on hyperspectral and Raman imaging as it applies to food inspection and agriculture. Author of numerous published papers on the subject, Bosoon will be co-presenting a discussion on hyperspectral imaging at the annual conference of the American Society of Agricultural and Biological Engineers to be held in Dallas July 30 through August 2.
Last week, I participated in the bi-annual Earth Observation Business Network 2012 (EOBN) conference, a small group of industry leaders brought together in Vancouver, British Columbia and sponsored by MDA of Canada. A tip of the hat to John Hornsby, MDA VP of GeoSpatial Strategies and his team, who hosted a very informative and interactive conference.
Offering improvements in agricultural yields and precision farming, hyperspectral sensors allow producers and processors to make the foods we eat safer along with providing the advantages of higher quality and hopefully, better taste. Based in Massachusetts, Headwall Photonics, designs and manufactures small, lightweight sensors that are deployed aboard airborne platforms ranging from piloted aircraft to unmanned aerial vehicles (UAVs). With experience developed within the military sector, the company has established quite a business enabling the commercial use of very small, cost-effective UAVs for remote sensing and agriculture applications.