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Dieses Projekt beinhaltet den Chatbot Kurs, den Andres Jorge Mora als seine Bachelorarbeit gemacht hat. Dies wird aber von Andres und Gisjan Dashi mit Betreuung von Andreas Lommatsch als Projekt weiterentwickelt.

hms++ is a Godunov-type Shallow Water Equations solver with a focus on investigating computational performance. It is written in C++ and fully open-source (GPLv3). Documentation: https://wahyd.gitlab-pages.tu-berlin.de/hmspp/hms/

CORE - Airserver process which runs on the pneumaticbox

CORE - Python library for implementing PneumaticBox clients

The packages provide a convenient interface to the airserver process on the RBO Lab's Pneumaticbox system

This project is intended to provide a software for creating sampleIDs, which can be printed as a QR code, saved as a PNG or uploaded into the electronic laboratory notebook 'elabFTW'. While elabFTW provides an electronic laboratory notebook (ELN) with structured fields and a database for science, the CeramScan program by Fabian Zemke is interacting with this ELN. This solution enforces a common structure for sampleID's to allow for better machine readability and reproducibility.

A python3 data analysis package for optical spectroscopy

The RTI Gateway is a software component that allows integrating different types of connectivity protocols with DDS. Integration in this context means that data flows from different protocols are adapted to interface with DDS, establishing communication from and to DDS.

T3.3. Raman: Implementation of mock signals as spectrophotometer is not there yet M3.3.1. Raman: Implementation of mock signals as spectrophotometer is not there yet T3.4 Sensor calibration: correction of on- and at-line signals for correct measureme