We propose, for the first time, Neural Space Mapping optimization for EM-based design. It exploits our Space Mapping-based neuro-modeling techniques, avoiding troublesome parameter extraction. Simple neuromodels are trained, without testing points, during each optimization iteration. Coarse model sensitivities are exploited to select suitable fine model base points for the initial mapping
We review the Space Mapping (SM) approach to circuit design and discuss modeling of microwave circui...
This paper presents a new advance in Neuro-space mapping (Neuro-SM) techniques for modeling nonlinea...
Electromagnetics (EM) based device modeling and circuit optimization through Artificial Neural Netwo...
We propose, for the first time, neural space-mapping (NSM) optimization for electromagnetic-based de...
We present neural inverse space mapping (NISM) optimization for electromagnetics-based design of mic...
Artificial Neural Networks (ANN) and Space Mapping (SM) are eficiently combined to formulate EM-base...
ii This thesis contributes to the development of novel methods and techniques for computer-aided ele...
For the first time, we present neuromodeling of microwave circuits based on Space Mapping (SM) techn...
Electromagnetic (EM) simulators are regarded as highly accurate to predict the behavior of microwave...
A powerful concept in neuromodeling of microwave circuits based on Space Mapping technology is descr...
For the first time, we present modeling of microwave circuits using artificial neural networks (ANN’...
In this work, an efficient procedure to realize electromagnetics-based yield optimization and statis...
We review and discuss the development of new methodologies and techniques for computer-aided enginee...
This chapter reviews the intersection of two major CAD technologies for modeling and design of RF an...
Abstract—This paper presents a new advance in Neuro-space mapping (Neuro-SM) techniques for modeling...
We review the Space Mapping (SM) approach to circuit design and discuss modeling of microwave circui...
This paper presents a new advance in Neuro-space mapping (Neuro-SM) techniques for modeling nonlinea...
Electromagnetics (EM) based device modeling and circuit optimization through Artificial Neural Netwo...
We propose, for the first time, neural space-mapping (NSM) optimization for electromagnetic-based de...
We present neural inverse space mapping (NISM) optimization for electromagnetics-based design of mic...
Artificial Neural Networks (ANN) and Space Mapping (SM) are eficiently combined to formulate EM-base...
ii This thesis contributes to the development of novel methods and techniques for computer-aided ele...
For the first time, we present neuromodeling of microwave circuits based on Space Mapping (SM) techn...
Electromagnetic (EM) simulators are regarded as highly accurate to predict the behavior of microwave...
A powerful concept in neuromodeling of microwave circuits based on Space Mapping technology is descr...
For the first time, we present modeling of microwave circuits using artificial neural networks (ANN’...
In this work, an efficient procedure to realize electromagnetics-based yield optimization and statis...
We review and discuss the development of new methodologies and techniques for computer-aided enginee...
This chapter reviews the intersection of two major CAD technologies for modeling and design of RF an...
Abstract—This paper presents a new advance in Neuro-space mapping (Neuro-SM) techniques for modeling...
We review the Space Mapping (SM) approach to circuit design and discuss modeling of microwave circui...
This paper presents a new advance in Neuro-space mapping (Neuro-SM) techniques for modeling nonlinea...
Electromagnetics (EM) based device modeling and circuit optimization through Artificial Neural Netwo...