Title :
Smuggling interdiction using an adaptation of the AN/APG-76 multimode radar
Author :
Tobin, M.E. ; Greenspan, M.
Author_Institution :
Northrop Grumman Norden Syst., Norwalk, CT, USA
fDate :
11/1/1996 12:00:00 AM
Abstract :
The AN/APG-76 multimode radar was designed and developed for a multimode attack fighter application requiring rapid search, detection, identification, and precision location of both airborne and surface targets from long standoff ranges under adverse weather conditions. Unique is the radar´s ability to generate SAR images of a selected area while simultaneously detecting and tracking all-speed moving objects located within that imaged region. Northrop Grumman Norden Systems has recently upgraded and adapted this radar to smuggling interdiction and related law enforcement missions. These adaptations have added an integrated GPS/INS subsystem for enhanced self-navigation and target location accuracy, a long range wide-band digital data link and ground station for mission control and data dissemination, a 3-D interferometric SAR imaging capability for detailed high resolution topographic mapping, and 1 meter and 0.3 meter resolution SAR modes for positive target identification. Additionally, the radar has been installed into wing-mounted pods and adapted for side-looking and 360 degree coverage applications. Automatic target detection and enhanced-range sea-surveillance and air-targeting modes are also now available through the use of open architecture commercial processors and non-proprietary transportable programming languages
Keywords :
Global Positioning System; command and control systems; radar imaging; radar target recognition; radar tracking; synthetic aperture radar; 3D interferometric SAR imaging; AN/APG-76 multimode radar; Northrop Grumman Norden Systems; SAR images; airborne targets; all-speed moving objects; data dissemination; detection; ground station; identification; integrated GPS/INS subsystem; law enforcement missions; mission control; multimode attack fighter application; positive target identification; precision location; rapid search; self-navigation; smuggling interdiction; surface targets; topographic mapping; wide-band digital data link; wing-mounted pods; Airborne radar; Image resolution; Meteorological radar; Object detection; Radar applications; Radar detection; Radar imaging; Radar tracking; Sea surface; Surface topography;
Journal_Title :
Aerospace and Electronic Systems Magazine, IEEE