@bachelorsthesis{Langenströer2024,
	author		=	{Langenströer, René},
	title		=	{Entwicklung eines Reinforcement Learning Agenten für das Kartenspiel Triple Triad},
	year		=	{2024},
}

@bachelorsthesis{Gerk2023,
	author		=	{Gerk, Patrick},
	title		=	{Fast object detection for microresonators with machine learning methods},
	year		=	{2023},
}

@bachelorsthesis{Schweitzer2023,
	author		=	{Schweitzer, Thorben},
	title		=	{ML basierte Positionierung von Einblendungen in Videospielaufnahmen},
	year		=	{2023},
}

@bachelorsthesis{Bachert2022,
	author		=	{Bachert, Marvin},
	title		=	{Template Matching for Generic Aiming Behavior with Deep Learning},
	year		=	{2022},
}

@bachelorsthesis{Beckers2022,
	author		=	{Beckers, André},
	title		=	{Lernen einer Spielstrategie für das Kartenspiel Triple-Triad},
	year		=	{2022},
}

@bachelorsthesis{Bunkowski2022,
	author		=	{Bunkowski, Daniela},
	title		=	{Procedurally generating biome-based fauna spawn points in the Snowdrop Engine},
	year		=	{2022},
}

@bachelorsthesis{Roller2022,
	author		=	{Roller, Christiane},
	title		=	{Short-term forecasting of COVID-19 indicators in Germany using supervised machine learning methods on spatio-temporal data},
	year		=	{2022},
}

@bachelorsthesis{Lazaro2021,
	author		=	{Lazaro, Ricardo Rio},
	title		=	{A Comparison Study of Constraint Handling Techniques in Evolution Strategies},
	year		=	{2021},
}

@bachelorsthesis{Bachert2020,
	author		=	{Bachert, Marvin},
	title		=	{Development of a controller for corridor following based on visual inputs with deep reinforcement learning},
	year		=	{2020},
}

@bachelorsthesis{Dettmer2020,
	author		=	{Dettmer, Justin},
	title		=	{Creating Song Lyrics using Natural Language Generation - A Comparison of Machine Learning Methods},
	year		=	{2020},
}

@bachelorsthesis{Helmig2020,
	author		=	{Helmig, Dominik},
	title		=	{Vergleich von Reinforcement Learning, Generative Adversarial Imitation Learning und Behavioral Cloning in einfachen Computerspielen},
	year		=	{2020},
}

@mastersthesis{Nguyen2019,
	author		=	{Nguyen, Thuy Vi},
	title		=	{Entwicklung und Implementierung einer Kaskade konvolutionaler neuronaler Netzwerke zur Gesichtsmarkendetektion mit Part-Affinity-Fields},
	school		=	{Applied Computer Science, Ruhr University Bochum, Germany},
	year		=	{2019},
}

@mastersthesis{Ordu2019,
	author		=	{Ordu, Onur},
	title		=	{Verfahren des maschinellen Lernens zur Ermittlung der Nutzungsarten eines Kaffeevollautomaten durch Stromverbrauchsprofile},
	school		=	{Applied Computer Science, Ruhr University Bochum, Germany},
	year		=	{2019},
}

@mastersthesis{Al-Dilaimi2018,
	author		=	{Al-Dilaimi, Saif},
	title		=	{A cascaded convolutional neural network for human pose estimation},
	school		=	{Applied Informatics, Univ. of Bochum, Germany},
	month		=	{August},
	type		=	{B.Sc. thesis},
	year		=	{2018},
}

@mastersthesis{Berner2018,
	author		=	{Berner, Lukas},
	title		=	{Benzinpreisvorhersage mit rekurrenten Neuronalen Netzen},
	school		=	{Applied Informatics, Univ. of Bochum, Germany},
	month		=	{August},
	type		=	{B.Sc. thesis},
	year		=	{2018},
}

@mastersthesis{Schmidt2018,
	author		=	{Schmidt, Moritz},
	title		=	{Training a `Connect Four′ agent with reinforcement learning},
	school		=	{Applied Informatics, Univ. of Bochum, Germany},
	month		=	{August},
	type		=	{B.Sc. thesis},
	year		=	{2018},
}

@mastersthesis{Brosch2018,
	author		=	{Brosch, Pascal},
	title		=	{Lernen einer Spielstrategie für Minesweeper mittels Deep Reinforcement Learning},
	school		=	{Applied Informatics, Univ. of Bochum, Germany},
	month		=	{July },
	type		=	{B.Sc. thesis},
	year		=	{2018},
}

@mastersthesis{Freundt2018,
	author		=	{Freundt, Jan-Niklas},
	title		=	{Konzeption einer mobilen Enterprise-Lösung für die durchgängige Nachverfolgung von kritischen Bauteilen im Motorsport bei der Porsche AG},
	school		=	{Applied Informatics, Univ. of Bochum, Germany},
	month		=	{July },
	type		=	{B.Sc. thesis},
	year		=	{2018},
}

@mastersthesis{Keil2018,
	author		=	{Keil, Lennart},
	title		=	{Bias Initialization for Convolutional Neuronal Networks},
	school		=	{Applied Informatics, Univ. of Bochum, Germany},
	month		=	{July },
	type		=	{B.Sc. thesis},
	year		=	{2018},
}

@mastersthesis{Vakavchiev2018,
	author		=	{Vakavchiev, Vasil},
	title		=	{Predicting the number of incoming groupage shipments using LSTM neural networks},
	school		=	{Applied Computer Science, Ruhr University Bochum, Germany},
	year		=	{2018},
}