Active Robust Optimization Shaul Salomon Thesis
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Active Robust Optimization Shaul Salomon Thesis
Active Robust OptimizationOptimizing for Robustness of Changeable ProductsShaul SalomonDepartment of Automatic Control ami Systems Engineering The Uni Active Robust Optimization Shaul Salomon Thesisiversity of SheffieldA dissertation submitted in partial fulfilment of the requirements for the degree of Doctor of Philosophy in Control Systems42917Abstractlb succeed ill a demanding and compel il ive market, great al.Lenlion Iicxtds to be given to the process of product design. Incorporating opti Active Robust Optimization Shaul Salomon Thesismization into the proctĩss enables (he designer Io find high-quality products according to their simulated performance. However, the actual performancActive Robust Optimization Shaul Salomon Thesis
e may differ from (.hl* simulation results line 1.0 a variety of uncertainty factors. Robust optimization is commonly used to search for products thatActive Robust OptimizationOptimizing for Robustness of Changeable ProductsShaul SalomonDepartment of Automatic Control ami Systems Engineering The Uni Active Robust Optimization Shaul Salomon Thesis a new configuration whenever the uncertain conditions change. This ability provides the changeable product with an active form of robustness.Several methodologies exist, for engineering design of changeable products, none of which includes optimization. This study presents the Active Robust Optimiz Active Robust Optimization Shaul Salomon Thesisation (ARO) framework that offers the missing tools for optimizing changeable products. A now Optimization problem is formulated, named Active RobustActive Robust Optimization Shaul Salomon Thesis
Optimization Problem (AROP). The benefit in designing solutions by solving an AROP lies in the realistic manner adaptation is considered when assessinActive Robust OptimizationOptimizing for Robustness of Changeable ProductsShaul SalomonDepartment of Automatic Control ami Systems Engineering The Uni Active Robust Optimization Shaul Salomon Thesisn be adjusted by its user during normal operation. This definition applies to a huge variety of applications, ranging from simple products such as fans and heaters, to complex systems such as production halls and transportation systems.The ARO framework is described in this dissertation and its uniq Active Robust Optimization Shaul Salomon Thesisue features arc studied. Ils ability to find robust changeable solutions is examined for different sources of uncertainty, robustness criteria and samActive Robust Optimization Shaul Salomon Thesis
pling conditions. Additionally, a framework for 4c/.m: liolni-sl Multi-ohjc.< live Optimizalum Is developed. This generalisation of ARO itself presentActive Robust OptimizationOptimizing for Robustness of Changeable ProductsShaul SalomonDepartment of Automatic Control ami Systems Engineering The Uni Active Robust Optimization Shaul Salomon Thesises are proposed along with algorithms for solving mull i-objcclive AllOl’s.The framework and associated methodologies arc demonstrated on two applications from different fields in engineering design. The; first is an adjustable optical table, and the second Is the selection of gears in a gearbox.iii Active Robust Optimization Shaul Salomon ThesisStatement of OriginalityCnlcss otherwise stated in the text, the work described in this thesis was carried out solely by the candidate. None of this wActive Robust Optimization Shaul Salomon Thesis
ork has already been accepted for any oilier degree, nor is it lieifig concurrently submitted in candidal lire lor any degree.Candidate:Shaul SalomonSActive Robust OptimizationOptimizing for Robustness of Changeable ProductsShaul SalomonDepartment of Automatic Control ami Systems Engineering The UniActive Robust OptimizationOptimizing for Robustness of Changeable ProductsShaul SalomonDepartment of Automatic Control ami Systems Engineering The UniGọi ngay
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