The “Hyperspectral Remote Sensing” team provides methods and products for optical imaging sensors on satellites and aircrafts. In the area of spaceborne missions, operational fully-automated systems ...

Hyperspectral imaging, traditionally used for airborne remote sensing, is now becoming a valuable tool for in-line inspection and quality control. Hyperspectral imaging is a well-established ...

In July 2010, the Digital Imaging and Remote Sensing (DIRS) Laboratory conducted a data collection campaign in collaboration with SpecTIR, LLC, Kucera International, and other individuals. This ...

The centerpiece of this project is a state-of-the-art integrated mast-mounted hyperspectral imaging system developed by Dr. Bachmann, his students, and RIT staff. The system includes the Headwall ...

Their hyperspectral imagers are used around the world in factories ... 2,23 kg, making them a great choice for remote sensing in the NIR regime. The Pika L, Pika IR-L and the Pika IR-L+ can fly on ...

Geologists use hyperspectral imagery to understand geologic structures or to locate important mineral deposits. Remote sensing is an interdisciplinary tool with increasing value in research and the ...

“With this satellite, Xplore is delivering the highest spatial resolution hyperspectral data currently available among commercial remote sensing companies worldwide.” XCUBE-1 will provide ...

While the 62-foot-tall (19 meters), four-stage Ceres-1 can send 880 pounds (400 kilograms) to low Earth orbit (LEO), the ...

In his lecture, Dr. Krishna provided an overview of advanced remote sensing and GIS technologies. He discussed the use of multispectral and hyperspectral imaging for detailed earth surface ...