Hyperspec III Software0 pages
Data Sheet
HYPERSPEC® III SOFTWARE
Headwall’s Hyperspec® III software brings together a powerful set of hyperspectral acquisition and data manipulation tools in a single,
easy-to-use environment for use across a wide
range of applications.
Hyperspec III software is extremely versatile, using the industry-standard CameraLink and USB interfaces while supporting Windows 7,
Windows 8, and Linux operating systems. It implements seamlessly
into everything from advanced machine vision systems to airborne
applications and interfaces with all of Headwall’s hyperspectral sensors.
Across all operating situations, Hyperspec software provides
high frame rates in excess of 400 fps and is multi-threaded
for simultaneous processing and scalability. In a machine-vision application, for example, Hyperspec software integrates
with downstream robotics via FTP and socket messaging.
For airborne applications, orthorectification is crucial when capturing
hyperspectral data. Hyperspec software interfaces with GPS devices
to make this possible and to allow for precise calibration and start/
stop data capture (which can also be triggered using a time-based
method). Also, multiple sensors can be simultaneously controlled by
the software. Regardless of the application, Hyperspec III software
manages all camera parameters and motion-control features such
as pan-and-tilt as well as Headwall’s Starter Kit with moving web.
Because Hyperspec III software and all connected sensors can be
controlled remotely, full automation is possible. Airborne remote
sensing applications can be fully automated with respect to control
and operation of the sensor. Working in conjunction with Hyperspec
III is Headwall’s Hyperspec Data Processing Unit (HDPU), which is
available in standard and lightweight airborne versions. Multiple display options exist within Hyperspec III software, including histogram
and waterfall modes.
Application-Specific Solutions For Critical Environments
www.headwallphotonics.com
One software platform controls multiple sensors simultaneously!
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