Phased Array System Toolbox

New Features

R2014b (Version 2.3)

Released: 2 Oct 2014

Version 2.3, part of Release 2014b, includes the following enhancements:

  • Simulink blocks for phased array system design
  • Directivity of antennas, microphones, and phased arrays

See the Release Notes for details.

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Previous Releases

R2014a (Version 2.2) - 6 Mar 2014

Version 2.2, part of Release 2014a, includes the following enhancements:

  • Grating lobe diagrams
  • Visualization of element and array directivity
  • Arbitrary geometry and custom element support in the Sensor Array Analyzer app

See the Release Notes for details.

R2013b (Version 2.1) - 5 Sep 2013

Version 2.1, part of Release 2013b, includes the following enhancements:

  • Code generation for functions and objects
  • Visualization of element and array radiation patterns with arbitrary resolution

See the Release Notes for details.

R2013a (Version 2.0) - 7 Mar 2013

Version 2.0, part of Release 2013a, includes the following enhancements:

  • Polarization support for antennas, arrays, and targets that includes transmission, propagation, and reception of polarized signals
  • Array tapers for the modeling of magnitude and phase perturbations
  • Arrays with multiple element patterns, enabling the modeling of edge effects and pattern perturbations
  • Radar Equation Calculator, Radar Waveform Analyzer, and Sensor Array Analyzer apps
  • Visualization of radar vertical coverage on Blake charts
  • Custom antenna element patterns specified at different frequencies
  • Full GPU support for clutter model, including nonisotropic antennas and subarrays (using Parallel Computing Toolbox)

See the Release Notes for details.

R2012b (Version 1.3) - 11 Sep 2012

Version 1.3, part of Release 2012b, includes the following enhancements:

  • Acceleration of clutter model simulation with parfor or GPUs
  • FMCW waveforms
  • CFAR detector, supporting SOCA, GOCA, and order statistic thresholds
  • Function to simulate signals received by an array
  • Range-Doppler estimation
  • Propagation model that now supports intrapulse Doppler modeling
  • Visualization of array geometries

See the Release Notes for details.