Smart MV/LV Transformers: Adapting the Distribution Transformer to the LV Network of the Future KU Leuven
Smart MV/LV Transformers: Adapting the Distribution Transformer to the LV Network of the Future
Smart MV/LV Transformers: Adapting the Distribution Transformer to the LV Network of the Future
The main goal of this PhD thesis is to develop a deep-learning model to predict human aesthetic preferences for images. The starting point is the existence of a benchmark preference data set, collected in an extensive online study with large samples of images of everyday scenes and paintings and large samples of observers (collected by a PhD student in psychology, who also works on the larger project to which both PhDs belong). The ...
Immune-mediated cytotoxic destruction of epidermal cells is the central mechanism of several inflammatory skin conditions, including vitiligo, alopecia areata and toxic epidermal necrolysis. In these conditions, an IFN-γ dominant cytotoxic response is responsible for the destruction of melanocytes, hair follicles or keratinocytes, respectively. The limited therapeutic efficacy of conventional immunosuppressants and biologicals is striking in ...
Controllable magnetic devices, such as variable inductors, are gaining prominence in modern power electronics applications. These devices offer a new degree of freedom in the design and optimisation process, contributing to increased power density and efficiency. While conventional implementations using parallel premagnetisation are well understood, the same cannot be said for variable transformers and alternative biasing techniques. ...