\documentclass[notitlepage, a4]{scrreprt} \input{preamble} \usepackage{xparse} \usepackage{siunitx} \sisetup{separate-uncertainty} \input{./pitstop/20180807/res.tex} \usepackage{fontawesome} \pretitle{\centering \huge \bfseries } \posttitle{\par\vspace{0.5em}} \preauthor{\begin{center}\Large} \postauthor{\end{center}} \predate{\par\large\centering} \postdate{\par\vspace{3cm}} \titleformat{\chapter}{\bfseries\huge\color{myteal}}{\thechapter}{.5em}{} \titleformat*{\section}{\bfseries\Large\color{myteal}} \titleformat*{\subsection}{\bfseries\large\color{myteal}} \author{Patrick Nisblé} \title{\color{myteal}Calibration and Regulation of BrainScaleS' PowerIt Subsystems} \begin{document} \maketitle \thispagestyle{empty} \begin{abstract} Monitoring System status and regulation parameters within a complex System such as BrainScaleS, provides multiple critical points, which in case of misbehaviour can result in problems within the complete system. To reduce the eroneous data created within BarainScaleS, the PowerIt Board, one of its submodules, was upgraded and received a software ovehaul, containing calibration for the on board measurements and regultion capability for its most critical output terminal. \\\\ Monitoring System Status und Regulations Parameter innherhalb eines komplexen Systems, wie etwa BrainScaleS, entahlten kritische Punkte des Systems, welche im Flalle eines Fehlers in Promblemen mit dem kompletten System resultieren können. Um die innerhalb von BrainScales erzeugten fehlerhaften Daten zu reduzieren, hat das PowerIt Submodul ein Firmware Upgrade erhalten, diese enthält nun Kalibrationen für die Board eigenen Messungen, sowie die Fähigkeit die Systemkritischen Ausgänge zu regulieren. \end{abstract} \setcounter{tocdepth}{1} \tableofcontents \include{parts/intro} \include{parts/theory} \include{parts/experiments} \include{parts/results} \include{parts/outlook} \bibliographystyle{ieeetr} \bibliography{../../github/ubib/ubib.bib} \end{document}