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Recognition, we'll explore all the steps involved in developing a brain-computer interface (BCI) that captures and automatically interprets brain activity. We develop these steps using a continuously developed
Section: FB3
and applies the mapping F iterated, the cat becomes unrecognizable at first. After finitely many steps, however, one gets back the original image of the cat. The goal of this project is to find an image
reconfiguration, a process that involves transforming one solution of a problem into another in a step-by-step manner. The work delves into the theoretical underpinnings of reconfiguration in computational
#MATHWARE in order to achieve realization in companies or as start-ups after further development steps. On the one hand, formats such as theses and students working as employees in the form of work contracts
Standard data forms, like spreadsheets, are typically not sufficient to describe sophisticated, multi-step processes, such as the design of a research experiment. As such, well-designed documentation forms
human partner. With the help of this partially anthropomorphic robot system, it will be possible to step out of the "robot cage" to realise a direct contact to humans. In order to be accepted by humans and
to be simulated. The human-computer interaction (HCI) research presented in this dissertation is a step towards unraveling and better understanding the different aspects of interaction fidelity in VR that
non-trivial step of extending isomorphism definability results to canonization. This step was a part of proofs that show that CPT or other logics capture PTime on a particular class of structures. The step typically
