CARPET: computer-aided radar performance evaluation tool
Status project
1993 - present
CARPET appeared on the market in 1993 and is presumably the most widely used radar performance assessment program. Since the initial release date radar systems have evolved; solid state RF power generation is now commonplace, like pulse compression, Doppler filtering and tracking. Modern radar systems apply multiple different waveforms per dwell: pulse lengths, RFs and PRFs stagger from pulse to pulse or from burst to burst. CARPET-users therefore requested a new release of CARPET, which is now available: CARPET 3.
CARPET 3 order form
The product comes as a base version with improved functionalities compared to version 2, such as Firm Track Probability calculations and over thirty additional diagrams including PPI-view diagrams. Its functionality can be further extended by a number of plug-ins. With the ‘TERPEM Light’ plug-in, CARPET 3 has the highly advanced EM-propagation model TERPEM on board, which comes from Signal Science Ltd.
Users can import WMO radiosonde code and see how this affects the radar coverage. They can import or construct a refractivity profile. In addition users can position the radar in a landscape and can see what the terrain profile does to radar coverage.
Within the Python plug-in, CARPET 3 also comes with an editor in which users can write or import Python code, making use of CARPET functionality. Other plug-ins, ‘Multi-Burst’ and ‘Multi-scatterer target’ make CARPET 3 more capable to assess the performance of solid-state coherent radars in combination with complex targets.
Contact us
-
Arne Theil
Function not known-
Standplaats:Den Haag - Oude Waalsdorperweg
-
Telefoon:+31 6 46 96 61 91
-
Email:Email Arne
-
Get inspired
The PQC Migration Handbook
Commissioned by the AIVD, TNO has compiled a handbook together with CWI. This handbook offers organisations advice and concrete steps to mitigate the risk of quantum computers to cryptography.
Norwegian-Dutch nanosatellites successfully launched
Two Norwegian-Dutch nanosatellites were successfully launched today. “Birkeland” and “Huygens” were placed in orbit around the earth by the company SpaceX.
MilSpace2: Spectrum monitoring dual satellite system
The MilSpace2 satellite system will demonstrate the military use of a microsatellite spectrum monitoring system.
Low frequency active sonar
TNO has over 30 years of practical experience with low frequency active sonar for anti-submarine protection. Find out what we do for the Dutch Ministry of Defence using LFAS.
Cyber and Electronic Warfare
The digital resilience of the Netherlands is essential. At TNO, we work with our partners on innovative solutions in the field of digital security.
