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Machine Learning
TU/e 5XSL0
Fundamentals of Machine Learning
: a BSc course that covers the basics of machine learning, including linear classification and regression, support vector machines, random forests, and neural networks.
Last updated on Jan 4, 2022
Sequential domain-adaptive machine learning
This poster recaps two collaboration projects I did during my time as Niels Stensen Fellow at the University of Copenhagen. The main …
Aug 29, 2019
Kasteel Oud-Poelgeest, Leiden, the Netherlands
Poster
SeqDAIS
Sequential Domain Adaptive Intelligent Systems focuses on domain-adaptative classification over an ordered sequence of biased samples. An example of such a sequence is medical data from hospital along a geographic path.
Variance reduction techniques for importance-weighted cross-validation
One can often not evaluate a classifier in the target domain due to the absence of target labels. Fortunately, in the covariate shift …
Mar 9, 2017 16:00 — 16:30
Amersfoort, Netherlands
Slides
Poster
Target contrastive estimator for robust domain adaptation
NVPHBV is the Dutch Society for Pattern Recognition and Image Processing. During their meetings, researchers from the Netherlands have …
May 27, 2016 15:00 — 16:00
Erasmus MC, Rotterdam, the Netherlands
Slides
Feature-level domain adaptation
Importance-weighting is a popular and well-researched technique for dealing with sample selection bias and covariate shift. It has …
Mar 20, 2016 10:00 — 10:30
Amersfoort, Netherlands
Slides
Poster
Feature absence regularization for domain-adaptive learning
SNN organized a one day symposium entitled Intelligent Machines, where an overview of recent developments was presented. The meeting aimed to establish a dialogue and to build connections between academic research, industry and public institutions in the Netherlands. I presented my preliminary work on incorporating transfer models in domain-adaptive classifiers.
Mar 17, 2015
Amersfoort, Netherlands
Poster
DAPR
Domain Adaptive Pattern Recognition explores the limits of generalization for a special case of statistical learning where training data and test data are differently biased samples of some underlying data-generating distribution.
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