Simulation Software

Radar Environment Simulation Software

Display Point

PPI displayoutcome is to locate targets and also below following

  1. Target with no velocity estimation (MTI is off).
  2. Astationary target (clutter).
  3. Amoving target with velocity estimation.   
  4. The antenna point of direction.
Features
  • Match fil-ter was matches the real pulse
  • Frequency domain representation of Moving target
  • Asimple CFAR mechanism helps really improves performance.
  • Stagger support for better target resolution over long
  • Semi Analog feedbacks are present in form of audio &
  • Persistency display was added (detected targets stay on the display- revealing target’spath).
  • 50KHz sampling rate is implemented for Massive profiler work was done to improve real-time performance.
Radar Environment Simulation Software

Best For beginners or Training REUBWSIM

PREUBWSIM is windows based simulation platform for beginners to get knowledge in pulse radar engine. The software provides user editable parameter blocks thus candidate can do the parametric analysis & understand the better concept of pulse radar.Software consist of three main section RADAR control BLOCK, Environmental condition block PPI display. Each sections have their relative editable I tunable parametric button which helps to tackle the various environmental conditions like clutter noise, low RCS objects system noise.

The radar can perform a match filter over the received signal.The radar analyzes each range cell in the buffer in search of a target .Thesoftware consist alarms for target motion and out of range conditions .itconsumes 2GB of RAM and need graphic card. For each radar pulse the simulation calculates the returns that the radar will receive from all the targets according to the radar formula (taking into account transmission power, antenna gain, targets distance & targets RCS).The simulation calculates the amplitude & phase of the return signal (according to the IF frequency).The simulation generates random targets (coordinates, velocity, acceleration & Radar Cross Section (RCS)

Transmitter Section  With facility to change the PRI, staggered PRI pulse width and Transmission Power, Radar bandwidth.

Antenna section             Velocity setting (SCAN rotation), Termination of antenna to understand digitalizer noise.

Receiver Section   With Facility to change the, BW, Gain and Max. Range, Detection Threshold, Sample rate, Match filter, CFAR.

Radar environment                  With facility to simulate various Radar Environment like to place mountains, Clutter like surface, Volume and Rain & Losses like RF Link loss, RCS – should have libraries of various objects like Aeroplane,Ship,Man bicycle etc.

Parameters Specification
Display Format
A Scope/ PPI
Pulse Width
2% to 50%
Pulse Stagger
4 Stage
Maximum Range
Dynamic
Maximum Target
-5
Maximum Mountain
5
Display Options
Range Markers, Mountain Markers
Receiver Noise Factor
150 – 400 Kelvin
Sample Rate
50 KHz
Radar Band-Width
500 KHz to 5000 KHz
Peak Power
Parabolic Antenna with slow scan rate
Scan Width
1-360 degrees in azimuth
Scan Type
Electronic
Scan Speed
0.02S to 2Sec
RCS{m2)
0.0001-100
Noise Jammer/ Repeater
CW noise
Experimentation
  • Effect of PRI defines on radar maximum range and the overall energy hitting a
  • Effect of transmission power over the range
  • Detection of MTI and stationary target at different PRI
  • Understanding of various RCS over the maximum range
  • Comparison of result with and without Match Filter
  • Understanding of Antenna scan rate- The antenna turn velocity in
  • The demonstration of CFAR for MTI target .
  • Identification of target in lossy and noisy
  • Activate phase analysis in frequency plane to distinguish moving targets from stationary ones (and estimate its relative velocity to the radar).
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