This keynote will review the state of the art and new challenges in design optimisation of electromagnetic devices. The talk will introduce the concepts of hierarchical design and no-free-lunch theorem. The notion of pareto optimisation will be discussed and the balance between exploration and exploitation emphasised. The recent advances in kriging assisted surrogate modelling will be presented and finally the importance of finding the robust optimum will be stressed
A novel kriging-assisted algorithm is proposed for computationally expensive single-objective optimi...
The paper discusses some of the recent progress in kriging based worst-case design optimisation and ...
Topology optimization methods aim to design devices in an automated way. The designer defines a desi...
This paper reviews recent advances in optimisation of electromagnetic problems. CAD assisted optimal...
The presentation will review some of the new developments in optimisation techniques and their relev...
This paper reviews recent advances in optimisation of electromagnetic problems. CAD assisted optimal...
New trends in optimization in electromagnetics Abstract. This paper reviews recent advances in optim...
This paper discusses the use of kriging surrogate modelling in multiobjective design optimisation in...
In electromagnetic design, optimisation often involves evaluating the finite element method (FEM) – ...
The paper reviews the state of the art in modern field simulation techniques available to assist in ...
This paper proposes a new benchmark for multi-objective optimization. A solution is furnished which ...
The high computational cost of evaluating objective functions in electromagnetic optimal design prob...
The computational cost of evaluating the objective function in electromagnetic optimal design proble...
Design problems in electrical engineering are typically solved using a computationally expensive num...
The paper provides an overview of the modern field simulation techniques available to assist in the ...
A novel kriging-assisted algorithm is proposed for computationally expensive single-objective optimi...
The paper discusses some of the recent progress in kriging based worst-case design optimisation and ...
Topology optimization methods aim to design devices in an automated way. The designer defines a desi...
This paper reviews recent advances in optimisation of electromagnetic problems. CAD assisted optimal...
The presentation will review some of the new developments in optimisation techniques and their relev...
This paper reviews recent advances in optimisation of electromagnetic problems. CAD assisted optimal...
New trends in optimization in electromagnetics Abstract. This paper reviews recent advances in optim...
This paper discusses the use of kriging surrogate modelling in multiobjective design optimisation in...
In electromagnetic design, optimisation often involves evaluating the finite element method (FEM) – ...
The paper reviews the state of the art in modern field simulation techniques available to assist in ...
This paper proposes a new benchmark for multi-objective optimization. A solution is furnished which ...
The high computational cost of evaluating objective functions in electromagnetic optimal design prob...
The computational cost of evaluating the objective function in electromagnetic optimal design proble...
Design problems in electrical engineering are typically solved using a computationally expensive num...
The paper provides an overview of the modern field simulation techniques available to assist in the ...
A novel kriging-assisted algorithm is proposed for computationally expensive single-objective optimi...
The paper discusses some of the recent progress in kriging based worst-case design optimisation and ...
Topology optimization methods aim to design devices in an automated way. The designer defines a desi...