The ScanFaker DRS II is a network enabled standalone radar simulation component. The propagation analysis has been updated to take more parameters into account, and the target engine simulates a more physically correct return energy.
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Intended to be used in a network centric setup, the control data may be timestamped in order to ensure that targets and other factors in the simulated environment occurs at simultaneously at every connected unit. The simulator is configured using a well documented JSON script format. Translators are available in order to use AIS records or NMEA TTM messages as target generators. A HLA interface may easily be designed in order to support wider area operations.
Each instance can support up to 20 radar sources depending on license and computer hardware. And as a part of the ScanView Framework, it is available under Linux and Windows.
The following targets may be simulated:
- Ships of any size, speed and RCS.
- Airplanes of any size, speed and RCS.
- Vesta Helicopter Transponder (To be removed).
- IFF Modes 1, Mode 2 and Mode 3.
- Rain clutter of various types.
- Sea clutter of various types.
- Linear, Logarithmic and MTI video.
- Adjustable antenna and transmitter parameters.
Intended use:
- Radar Systems Training
- Tracking verification
- Radar Systems Verification
- VTS operator training with multiple radars
- On-board training
- Tactical trainers
The following outputs are available:
- Data output via the ScanFaker Radar Stimulator Board.
- Data output via Asterix Cat – 240.
- Data output via the DeStreamer LAN to analog converter.
- Data output to RayMarine GPM400.
- Data output using proprietary protocols.
- Data output via shared memory for embedding into other applications. (SDK required, Release TBA).
ScanFaker DRSii GUI layout:
Below is an example output from the simulator in flight mode, about 500 meters above sea level:
The DRS II engine may be supplied bundled inside the ScanView Radar Display Framework. Please see the video below:
(Please note the correlation between the real radar image and the simulated one):
Stimulate radar display and track extractor equipments
Free Weather Radar Software
The SEA Radar Stimulator/Simulator (RSS) is a high performance system that allows users to stimulate radar display / track extractor equipments with video and azimuth signals in response to complex scenarios that can be input either remotely or locally.
Web Radar Simulation
The Radar Stimulator / Simulator is derived from LARSIM, developed by SEA for the UK Ministry of Defence. LARSIM is deployed at the T23 Shore Integration Facility (SIF), Land Based Test Site (LBTS), Portsdown. It forms part of the complex and comprehensive system at the SIF, to provide a representative and real time simulation of the Radar T1007 and RRB equipment. The LARSIM contribution to this system is to provide stimulation, by the generation and distribution of T1007 / RRB interface signals, in place of the antenna inputs. This is done either under control of the Scenario Generator (SG), via the Scenario Generator Highway (SGH) or by the use of locally generated scenarios.