Marius Bock

Marius Bock

PhD student in Ubiquitous Computing and Computer Vision at the University of Siegen.

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Recent Advances in Machine Learning (Summer 2021)

Graduate course, University of Siegen, 2021

Supervision of a team of students applying Deep Learning on Human Activity Recognition. The students were given a dataset of raw sensor data and were tasked to properly preprocess and apply state-of-the-art Deep Learning (as well as for comparison classical Machine Learning approaches) on top of the processed dataset.

Seminar Data Science (Summer 2021)

Undergraduate & Graduate course, University of Siegen, 2021

Supervision of a team of students competing in the Data Mining Cup 2021. Task of the competition was to implement a book recommender system using both transactional and general information about a set of predefined books. The data was provided by the competition itself.

Seminar Data Science (Winter 2021)

Undergraduate & Graduate course, University of Siegen, 2021

Supervision of a team of students conducting experiments using GANs for style transfer on images. In particular, the group applied CycleGANs in order to transfer the style of prominent painters on different images.

Recent Advances in Machine Learning (Summer 2022)

Graduate course, University of Siegen, 2021

Supervision of a team of students applying Deep Learning on Human Activity Recognition. The students were given a large, unlabeled Human Activity Recogntion dataset and were tasked to undergo the process of labeling and preprocessing raw sensor data until it can be used for training a prediction algorithm. Students were then assigned to reach best performing results laying focus on certain classes which were short in execution.

Seminar Data Science (Summer 2021)

Undergraduate & Graduate course, University of Siegen, 2021

Supervision of a team of students investigating the effect of recurrent layers in Human Activity Recognition. Students were tasked to record their own small dataset and run experiments using a network architecture of choice. Goal was to investigate the effect LSTM layers had on prediction performance.

Deep Learning (Winter 2022)

Graduate course, University of Siegen, 2022

Organization and execution of exercises, around 50 students. The course itself gives an introduction to deep learning, describes common building blocks in the network architectures, introduces optimization algorithms for their training, and discusses strategies that improve the generalization.

Recent Advances in Machine Learning (Summer 2023)

Graduate course, University of Siegen, 2023

Supervision of a team of students applying Deep Learning on Human Activity Recognition. The students were given the newly released WEAR dataset and tasked to adavance the current benchmark using either inertial, vision or a combination of both as input data.

Recent Advances in Machine Learning (Summer 2024)

Graduate course, University of Siegen, 2024

Supervision of a teams partaking in the 1st WEAR Dataset Challenge hosted at the 12th International Workshop on Human Activity Sensing Corpus and Applications at the ACM International Joint Conference on Pervasive and Ubiquitous Computing. The students were given the newly released WEAR dataset and tasked to partake in the challenge which involved predicting six unreleased test participants.

Recent Advances in Machine Learning (Summer 2025)

Graduate course, University of Siegen, 2025

Supervision of a teams partaking in the 2nd WEAR Dataset Challenge hosted at the 13th International Workshop on Human Activity Sensing Corpus and Applications at the ACM International Joint Conference on Pervasive and Ubiquitous Computing. The students were tasked to partake in the challenge hosted on Kaggle which involved predicting out-of-context windows of inertial data of four unreleased test participants.