MathWorks Phased Array System Toolbox

MathWorks introduced Phased Array System Toolbox, which enables radar and acoustics engineers to build monostatic, bistatic, and multistatic architectures for a variety of array geometries. The MathWorks tool also gives engineers the ability to model these architectures on stationary or moving platforms. Array analysis and visualization tools enable the evaluation of spatial, spectral, and temporal performance. Phased Array System Toolbox is available now. Prices start at $1,350 (USD).

Radar Scan Map with MathWorks Phased Array System Toolbox

Engineers can use MATLAB with Phased Array System Toolbox to model, simulate, and analyze complex phased array systems to gain confidence in their system design across applications such as radar, acoustics and communications. Phased Array System Toolbox includes a large library of algorithms for waveform generation, beamforming, direction of arrival estimation, target detection, and space-time adaptive processing. The toolbox helps engineers model end-to-end phased array systems or use individual algorithms to process acquired data. It includes MATLAB code examples and demos that provide a starting point for implementing user-defined phased array systems.

Phased Array System Toolbox Features

  • Algorithms available as MATLAB functions and MATLAB System objects
  • Monostatic, bistatic, and multistatic phased array system modeling
  • Array analysis and 3D visualization; physical array modeling for uniform linear arrays, uniform rectangular arrays, and arbitrary conformal arrays on platforms with motion
  • Broadband and narrowband digital beam-forming functions, including MVDR/Capon, LCMV, time delay, Frost, time delay LCMV, and subband phase shift
  • Space-time adaptive processing algorithms, including displaced phase center array (DPCA), adaptive DPCA, sample matrix inversion (SMI), and angle-Doppler response visualization
  • Direction of arrival algorithms, including MVDR, ESPRIT, beamscan, root MUSIC, and monopulse
  • Waveform synthesis functions for pulsed CW, linear FM, stepped FM, and staggered PRF signals, and waveform visualization tools for ambiguity function and matched filter response
  • Algorithms for TVG, pulse compression, coherent and noncoherent integration, CFAR processing, plotting ROC curves, and estimating range and Doppler

More info: MathWorks