Main objective:
• Simulation for the development and evaluation of ECCM radar
• Testing and verification of ECCM radar
• Testing and evaluation of electronic military equipment.
Capabilities:
• Radar simulation of user-defined radar models. The user defines their own radar models by programming the GRS through an intuitive, high-level graphical user interface. A low-level C/C++ programming interface is also available for special purposes.
• Fully programmable through the supplied software environment and high-level radar libraries.
• Ultra-wideband capability to cover the entire bandwidth used by radar systems.
• Microscopic and macroscopic data recording for post-simulation analysis.
Simulation platforms:
• Ground-based radars
• Airborne and shipborne radars
• Missile seeker
• Fire control radars
Radar types:
• 2D search (long-range - short-range)
• 3D search (long-range - short-range)
• Tracking radar
• TWS FCR radar and guidance radar
Main specifications:
• Frequency coverage: 0.5-18GHz
• Frequency agility band: 500MHz
• Receiver: Analog front-end with 4 IF channels
• 4-channel digital receiver - 14-bit ADC. Wide instantaneous dynamic range
• Signal Processing: FPGA combined filter, complete library of algorithms for radar processing implemented by floating-point DSP
• Data Processing: Floating-point DSP
• Control and Communications – Embedded PowerPC - Fast Ethernet
Radar Display:
- Personal computer, MS-Windows 2000/XP
- Plan Position Indicator
- Range Height Indicator
- Application Scope A
- Application Scope B
- Application Scope C
Antenna:
• User-defined antenna pattern (Main lobe and side lobes)
• Monopulse: SUM, Laz.LEl, Omni
• Electronic scanning, Frescan
• Parrot, COSRO
• Sector scanning, Raster scanning
• Circular scanning
Radar Library
• Combined Filter (Barker, Bi-phase and Quad-phase, CHIRP)
• TX Controller (including RP)
• MTI, AMTI, MTD
• Target Flash
• SLB and SLC
• Doppler Channel
• PDI/CFAR, TWS, TAS
• Tracking Loops: Range, Angle, Speed
• Ambiguity Resolution
