News
New ESoA Course
We're thrilled to announce that our toolbox AToM will be an integral part of the upcoming European School on Antennas and Propagation course OPTIMAL ANTENNAS: Performance Limits and Inverse Design.
Join us in this exciting event and learn about performance limits in EM and how to achieve them via optimal inverse design techniques.
See more at: https://elmag.fel.cvut.cz/esoa/
Three sold AToM licences!
Three licenses of AToM tool have been sold for this year, and negotiations are currently underway for another license. Among the new customers are:a
- MAG (Microwaves and Antennas Group) at EPFL, Switzerland
- Advanced Radar Research Center, The University of Oklahoma, USA
- College of Science and Mathematics, University of Massachusetts Boston, USA
FUNBO PACKAGE RELEASED!
Package FunBo was released, and it is available for download. The package includes: a
- Evaluation of fundamental bounds on various EM metrics,
- specification of controllable and uncontrollable regions,
- support for single and multi-objective optimizations,
- computation of trade-offs between quantities,
- examples of various complexity.
New video: AToM at EuCAP 2021
AToM played a substantial role in the extended version of the invited talk from EuCAP 2021 focused on characteristic modes and related topics. The video is now available on our youtube channel.
New Live Script #2 released!
The live script illustrates how to profit from the presence of symmetries.
The implementation of point group in AToM includes:
- check if a given symmetry is presented,
- generation of mapping matrices,
- classification of modes into irreducible representations,
- expression of matrix representations in irreps,
- construction of a symmetry-adapted basis.
Download the example, open and run "symmetries.mlx".
AToM version 1.5 Released!
The version 1.5 of AToM was released and it is available for download. List of changes folows: a
- Added functionality to evaluate all operators at once without starting AToM.
- MoM (both impedance matrix evaluation and solution to I=Z\V problem) can be now evaluated on GPU. Requires GPU with CUDA CC 3.0 or higher.
- Symmetry treatment (point group theory) unified.
- Fix getCircumsphere function.
- Fix import of multiple objects from nastran in importNastran.
