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for their potential in controlled
applications like signal jamming,
RF interference management, and
electromagnetic compatibility (EMC)
testing. These RF applications
are particularly relevant in critical
infrastructure and defense-related
research, where understanding
and controlling electromagnetic
environments are essential.
Conclusion
RF technology is used for an
incredibly diverse range of
applications. Modern technology's
ability to control, direct, capture,
and process RF signals allows
for ultra-fast and reliable
communication, advanced
imaging, precise sensing, and
material measurement. As RF
applications continue to expand,
so do challenges around signal
integrity, interference, and system-
level security. Protecting these
increasingly complex RF networks
from threats like jamming, spoofing,
and unauthorized access is
becoming just as important as the
innovation driving them forward.
Most people around the world rely
daily on wireless communication
and sensing applications, such as
weather radar. This expanded use
of RF technology is only beginning.
Smartphone technology popularized
cellular communications and
wireless internet less than 20
years ago, and the future will
likely continue to be transformed
by RF innovations made today.
Sources
1
https://ntrs.nasa.gov/api/
citations/20110014451/
downloads/20110014451.pdf
2
https://science.nasa.gov/mission/
cassini/spacecraft/cassini-orbiter/
radio-detection-and-ranging/
3
https://www.nasa.gov/solar-system/
lunar-crater-radio-telescope-
illuminating-the-cosmic-dark-ages/
4
https://ntrs.nasa.gov/api/
citations/20210021025/downloads/
UFPC-TP%20-%20APR%20Poster.pdf
