2014
--
5
ORC- FireDetectionandResponseSystemForElite
NavyForces
Weaponunit control
Public Get_Direction()
Public Get_combat_mode
Acoustical Detector unit control
PublicFire_detection(bit signal)
PublicFalse_alarm_reduction()
PublicWeather()
PrivateComparingAcoustical Signatures(detection)
PrivateAzimuth_extraction(signal)
PrivateNoise_reduction(signal)
PrivateGet_direction()
Privatesignal
Publicdirection
Publicazimuth
Optical Detector unit control
Public Fire_detection(bit signal)
Public False_alarm_reduction()
PrivateComparing_optical signatures(detection)
PrivateWeapon_classification(detection)
PrivateDetecion_threshold()
PrivateGet_video()
PublicWeather()
Public Azimuth_extraction(signal)
Public direction
Public azimuth
Public Get_elevation(detection)
Detector head control unit (ALU)
PublicRange_to_target()
PrivateReducing_FAR()
PublicPan_tilt_direction()
Publicget_direction()
PublicGet_classification()
PublicGet_pan_tilt_direation()
PublicTime_managment()
PublicFalse_alarm()
PublicGet_boat_position()
PublicGet_shooter_position()
Weather
doublewind
doublewave
privateGet_Weather()
publicCanculate_weather()
Publicweather
weather
Pant tilt
PublicGer_direction()
weather
Direction
Azimuth
Elevation
video
Direction
Azimuth
Direction
Direction
Combatmode
GUI
PublicGer_direction()
PublicGet_combat_mode()
PublicGet_shooting_status()
PublicSelf_control()
Direction
Combatmode
Shooting status
Self control
Innovation
Financial
Simulation
A full scale simulation was built using
Matlab.
The program simulates most common
scenarios the systemwill handle.
The output is the improvement in the
time takes to return fire.
Matlab guide was used to create visual
of the scenario.
optics
18%
acoustics
9%
mechanic
s
6% user
interface
12%
detection
algorithm
37%
integratio
n
18%
Development costs
•TheORC system is the first “
end toend
” system for fast smallmaneuvering
navy forces that candetect enemy fireandannihilate the threat.
•The systemusesaunique
low cost technology
for rangeextractionusing
acoustical andoptical signal timingdata.
•Anew
algorithm for stabilizationmeasurement
was developedandused
in theproofof feasibility test.
• 1.65Million NIS
Development cost
• 230
thousand NIS
Unit
cost
• 300
thousand NIS
Unit
price
•
60,000NISper system
Profit
Student names:
Alex Gurevich
Adiel Austin
Igal Nudelman
Department:
System engineering M.Sc.
Advisor name: Dr.
Shmuel shelf
