Numerical optimization of complex systems benefits from the technological development of computing platforms in the last twenty years. Unfortunately, this is still not enough, and a large computational time is still necessary when mathematical models that include richer (and therefore more realistic) physical models are adopted. In this paper we show how the combination of optimization and Artificial Intelligence (AI), in particular the Machine Learning algorithms, can help in strongly reducing the overall computational times, making possible the use of complex simulation systems within the optimization cycle. Original approaches are also proposed
Several fields of study are concerned with uniting the concept of computation with that of the desig...
AbstractAn integrated part of modern design practice in both engineering and industry is simulation ...
Simulation and optimization are fundamental building blocks for many computational methods in scienc...
Gradient-based numerical optimization of complex engineering designs promises to produce better desi...
Gradient-based numerical optimization of complex engineering designs promises to produce better desi...
The impact of numerical optimization on modern data analysis has been quite significant. Today, thes...
Simulation-Based Optimization: Parametric Optimization Techniques and Reinforcement Learning introdu...
<p>Optimization is considered to be one of the pillars of statistical learning and also plays a majo...
AbstractComputational optimization is becoming a standard tool that is widely used in engineering de...
This concise paper explains the inspiration of AI particularly artificial neural networks (ANNs) for...
Complex phenomena are generally modeled with sophisticated simulators that, depending on their accur...
Classical optimization techniques have found widespread use in machine learning. Convex optimization...
Optimization algorithms have seen unprecedented growth thanks to their successful applications in fi...
realistic computing models has become an in-valuable tool in the design process. Complex simulation ...
Optimization and machine learning are both extremely active research topics. In this thesis, we expl...
Several fields of study are concerned with uniting the concept of computation with that of the desig...
AbstractAn integrated part of modern design practice in both engineering and industry is simulation ...
Simulation and optimization are fundamental building blocks for many computational methods in scienc...
Gradient-based numerical optimization of complex engineering designs promises to produce better desi...
Gradient-based numerical optimization of complex engineering designs promises to produce better desi...
The impact of numerical optimization on modern data analysis has been quite significant. Today, thes...
Simulation-Based Optimization: Parametric Optimization Techniques and Reinforcement Learning introdu...
<p>Optimization is considered to be one of the pillars of statistical learning and also plays a majo...
AbstractComputational optimization is becoming a standard tool that is widely used in engineering de...
This concise paper explains the inspiration of AI particularly artificial neural networks (ANNs) for...
Complex phenomena are generally modeled with sophisticated simulators that, depending on their accur...
Classical optimization techniques have found widespread use in machine learning. Convex optimization...
Optimization algorithms have seen unprecedented growth thanks to their successful applications in fi...
realistic computing models has become an in-valuable tool in the design process. Complex simulation ...
Optimization and machine learning are both extremely active research topics. In this thesis, we expl...
Several fields of study are concerned with uniting the concept of computation with that of the desig...
AbstractAn integrated part of modern design practice in both engineering and industry is simulation ...
Simulation and optimization are fundamental building blocks for many computational methods in scienc...