Emergency Communications C-COM, Hughes Boeing — GPS II-F ...
Emergency Communications C-COM, Hughes Boeing — GPS II-F ...
Emergency Communications C-COM, Hughes Boeing — GPS II-F ...
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21<br />
MilsatMagazine <strong>—</strong> July/August 2011<br />
coMMand center<br />
to the soldier in the field in an easy-to-read graphical interface that<br />
displays a real-time geospatial view of the battlefield in question,<br />
giving the war fighter complete situational awareness.<br />
MSM<br />
With your Company as a lead technical consultant to DARPA’s<br />
Strategic Technology Office, what does such encompass?<br />
Dr. DeBardelaben<br />
We provide DARPA program managers<br />
with new program development,<br />
program management, technology<br />
assessment, test and evaluation, and<br />
systems engineering support, specifically<br />
focused on special operations, maritime,<br />
and responsive space domains. We<br />
apply subject matter expertise in these<br />
domains to determine military utility<br />
of new ISR program concepts. We<br />
also help identify technology transfer<br />
opportunities for new DARPA STO<br />
programs by cultivating relationships<br />
with the SOF, maritime, and responsive<br />
space user communities.<br />
MSM<br />
How involved is IvySys Technologies<br />
in the UAS/UAV market segment?<br />
What programs are you involved with<br />
in this arena?<br />
Dr. DeBardelaben<br />
Existing UAS/UAV assets have the<br />
capacity to collect large amounts of<br />
ISR data. They are, however, limited in<br />
their ability to disseminate perishable<br />
intelligence to tactical operators in near<br />
real time over bandwidth-constrained<br />
communication pipes. Data is<br />
typically collected for post-processing<br />
and exploitation at a remote tactical<br />
operations center after fleeting targets<br />
have vanished.<br />
IvySys focuses on developing advanced signal processing<br />
algorithms that enable real-time, automated onboard processing<br />
and exploitation of ISR data to quickly deliver actionable<br />
intelligence to the war fighter. Our algorithms sift through<br />
large amounts of data collected onboard the UAS/UAV and<br />
automatically filter out noise and interference. We then detect,<br />
classify, geo-locate, and track signals of interest. The resulting<br />
intelligence products are then disseminated either directly to the<br />
tactical war fighter or to remote, centralized processing stations to