Optimisation of Designs of Electromagnetic Devices
- Summary
- New Algorithms for Electromagnetic Optimisation Problems
- Technology Benefits
- Allows for fast development of RF/microwave components.
Allows for real world considerations to be met, such as available substrates, substrate thickness values, metal thickness values, via sizes etc.
Useful for optimisation of various RF/microwave components to fit within a specific state.
Usable with a wide range of commercial simulation software products.
- Technology Application
- Commercial computer-aided-design or simulation software products.
Mixed-variable an constrained optimisation of electromagnetic problems.
- Detailed Technology Description
- A new optimisation method for real-world electromagnetic problems tested in conjunction with a commercial simulation software product.
The core of the method is a probability based optimisation technique based on the theory of statistics and information. The algorithm iteratively updates the design parameters of a device under optimization in order to concentrate over the best performing individuals.
The invented technique for optimization of electromagnetic devices, obtained high-performance solutions to the problems with simultaneous mix of discrete and continuous variables and imposed geometric constraints and showed that the devised optimization method converges faster than the counterparts.
The common practical constraints on available materials (material parameters, thickness, etc.) and specified overall dimensions of electromagnetic devices are no longer a challenging problem for electromagnetic methods.
- Type of Cooperation
- Licensing or
Research Collaboration
- Application No.
- WO/2018/032052
- ID No.
- 2016018
- Country/Region
- Australia
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