RT @JoshuaWSteer: Really proud to present Part 2 of our paper. In this we demonstrate how we couple a genetic algorithm to our surrogate mo…
RT @JoshuaWSteer: Really proud to present Part 2 of our paper. In this we demonstrate how we couple a genetic algorithm to our surrogate mo…
RT @JoshuaWSteer: Really proud to present Part 2 of our paper. In this we demonstrate how we couple a genetic algorithm to our surrogate mo…
RT @JoshuaWSteer: Really proud to present Part 2 of our paper. In this we demonstrate how we couple a genetic algorithm to our surrogate mo…
RT @JoshuaWSteer: Really proud to present Part 2 of our paper. In this we demonstrate how we couple a genetic algorithm to our surrogate mo…
Really proud to present Part 2 of our paper. In this we demonstrate how we couple a genetic algorithm to our surrogate model to generate first-guess personalised prosthetic socket designs https://t.co/RlcWRthJnh
Paper #9 from #WCB2018 Special Issue on Population Biomechanical Modelling is out! @JoshuaWSteer @PeteWors @dickinsonlab and team use population models and a Genetic Algorithm to generate first-guess personalised prosthetic socket designs @unisouthampton h