Optimization approaches: Hyper heuristics & other methods || Prof. Andrew PARKES & Prof. Ender OZCAN

Welcome to the series of videos recorded in the framework of the No2Noise EU project (no2noise.eu/).
This video is a part of the Network Short Course 4 (NSC4) related to "The challenge of designing optimal multifunctional structures".
--------------------------------------------
Presentation title: Optimization approaches: Hyper heuristics & other general methods
Speaker: Prof. Andrew PARKES & Prof. Ender OZCAN - University of Nottingham (UK)
--------------------------------------------
Other videos in this series :
- Aero applications: On the application of porous materials for aerodynamic and aeroacoustic purposes by Prof. Mahdi AZARPEYVAND - University of Bristol (UK) • Applications of porous...
- Optimization theory and applications for noise and vibration performance by Prof. Ming ZHOU & Tom GOODWIN - Altair (USA & UK) • Optimization theory fo...
- Marine applications: Acoustic modelling of soft media with resonant inclusions by Dr. Gyani SHANKAR SHARMA - University of New South Wales (Australia) • Marine applications: A...
- Automotive applications: CAE Evolution for vehicle electrificiation and model order reduction by Dr. Philippe MORDILLAT - Renault (France) • CAE Evolution for vehi...
- ESR1 : Multiscale numerical modelling of porous composite structures by Abhilash SREEKUMAR (University of Nottingham, UK) • Multiscale numerical m...
- ESR2 : Advanced vibro-acoustic condensed models for modelling multilayer structures by Arasan UTHAYASURIYAN (Matelys - Research Lab, France) • Multiscale numerical m...
- ESR3 : Heuristics and metaheuristics in porous topology optimisation by Vivek RAMAMOORTHY (University of Nottingham, UK) • Heuristics and metaheu...
--------------------------------------------
For the reactive applications on the vibro-acoustic topics: apmr.matelys.com/
--------------------------------------------
No2Noise is a project that is funded by the European Commission under Marie Skłodowska-Curie Actions | Horizon 2020 (Grant No. 765472). More information: no2noise.eu/