Antenna Toolbox for MATLAB - AToM

The unique tool for analysis and synthesis of (small) antennas

The AToM (Antenna Toolbox for MATLAB) is written entirely in MATLAB, so the user will enjoy its semi-open architecture and friendly operation through GUI or direct access to low level functions. Main simulation core is based on Method of moments, both for 3D wire and planar structures. Together with modal decomposition (Characteristic modes), the source concept, feeding synthesis and powerful optimization (FOPS optimizer), it will present unique tool for analysis and synthesis of (small) antennas. Full list of AToM features is available below.

ATOM features

  • ATOM DESIGNVIEWER: Draw the antenna interactively, visualize mesh grid, feeding scenarios, and boundary conditions. Take the advantage of AToM Workspace.
  • ATOM WORKSPACE: Create own variables and use them freely throughout the AToM to parametrize all your models. AToM Workspace is the primary gateway between variables in MATLAB workspace and AToM.
  • ATOM HISTORY: Rely on automatic MATLAB-executable record of your AToM session. Modify it, send it, share it.
  • ATOM SYNTAX: Have a full control of the AToM workflow. Access all powerful low-level functions and features. Combine freely AToM commands and other MATLAB commands.
  • ADVANCED MESHER: Use fast and versatile AToM mesher. Set up local density functions. Enjoy various settings of uniform mesh grid and full support of symmetries.
  • GEP WITH EXTENDED SUPPORT FOR CMS: Try out the far most advanced characteristic modes decomposition package. Adaptive tracking, accurate decomposition, symmetry based-tracking, scalable GEP definitions... all at your disposal.
  • RESULTS BROWSER: Analyze your results swiftly with standalone AToM Results Browser or dig directly into the deep study with underlying elementary functions.
  • ... AND MORE

Visit AToM product web page for more details.

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Responsible person Ing. Mgr. Radovan Suk