| Sensor
Arrays for Wide Area Monitoring
Sensol has developed
a series of seismic and acoustic sensor arrays able to detect and
provide location details for such things as artillery fire, rocket
fragments and explosions. The system consists of a control display
unit (CDU) and the sensor array comprising microphones, local processors,
portable GPS systems and a communication module. Sensol is able
to integrate more than 1000 sensor arrays into a single system covering
thousands of square kilometres. The robust system communication
links configure automatically and can also automatically reroute
data if parts of the system are no operational for any reason. The
CDU correlates all information from the sensor array for display
to the user in easy to interpret graphical interfaces including
map overlays.
Figure 1: Typical Large Area Detection System Arrangement.
SA-Sensors T-Target.
Sensol is in discussions
with various organisations involved in aeronautics, military systems,
satellite and space technology. In particular, Sensol is collaborating
with DSTO on the Scramjet project. In November 2006 the Defence
Science and Technology Organisation (DSTO) and the United States
Air Force signed a collaborative agreement to advance research into
high speed (hypersonic) flight. The Hypersonic International Flight
Research Experimentation (HIFiRE) project worth more than US$54m
will see up to ten hypersonic flight experiments conducted over
six years at Woomera in South Australia. http://www.dsto.defence.gov.au/news/4803/
Sensol is developing
a sensing capability for use in the first two flights of HIFiRE
in May 2007. Sensol’s sensing system will be deployed prior
to the flights across the target landing area in the Woomera prohibited
area. The system will provide DSTO with the necessary detection
and analysis capability to identify the impact location.
The project is a collaboration
between Sensol and DSTO. For further information email info@sensol.net.au
Sensol is currently undertaking
a major research and development program to further extend its capabilities
in this area, see research.
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