Frederik Berg, M.Sc. RWTH

Contact

Research Assistant

Phone +49 241 80 21187
Fax +49 241 80 22150

Email: berg[at]embedded[dot]rwth-aachen[dot]de

Adress: Ahornstr. 55, 52074 Aachen, Germany
Office: Raum 2325 (Gebäude H)

Research

I am part of the medical group and I am currently working on the AutoMock project.

Theses

If you are interested in a bachelor or master thesis, take a look at the page containing open theses. If you are generally interested in a thesis in the medical field, you can write a mail to medtech-abschlussarbeiten@embedded.rwth-aachen.de.

Appointments

According to agreement

Publications

Publikations-Export

[BWH+23] PDF BIB

Berg, F. J., Wiartalla, M. O., Hüllmann, M., Derks, A., Kowalewski, S., and Stollenwerk, A., "ASMO: a decentralized and verifiable interoperability platform in intensive care", Proceedings on automation in medical engineering, vol. 2, iss. 1, p. 2, 2023

ASMO: a decentralized and verifiable interoperability platform in intensive care

Bibtex entry :

@article {  BWH+23,
	author = { Berg, Frederik Julius and Wiartalla, Marc Oliver and
		H{\"u}llmann, Moritz and Derks, Andreas and Kowalewski,
		Stefan and Stollenwerk, André },
	title = { ASMO: a decentralized and verifiable interoperability
		platform in intensive care },
	journal = { Proceedings on automation in medical engineering },
	publisher = { Infinite Science GmbH },
	pages = { 2 Seiten },
	volume = { 2 },
	number = { 1 },
	year = { 2023 },
	address = { L{\"u}beck },
	organization = { 16. Interdisziplin{\"a}res Symposium AUTOMED -
		Automatisierungstechnische Verfahren f{\"u}r die
		Medizintechnik, Gie{\ss}en (Germany), 2023-03-30 -
		2023-03-31 },
	doi = { 10.18154/RWTH-2023-03716 },
	typ = { PUB:(DE-HGF)16 },
	reportid = { RWTH-2023-03716 },
	cin = { 122810 / 120000 },
	url = { https://doi.org/10.18416/AUTOMED.2023 },
}

[WBK+23] PDFBIB

Wiartalla, M., Berg, F. J., Kühn, J., Buglowski, M., Bleilevens, C., Kowalewski, S., and Stollenwerk, A., "A fully automated normothermic machine perfusion system for kidney grafts supporting physiological motivated flow profiles", in Proc. Current directions in biomedical engineering, Berlin, 2023, vol. 9, De Gruyter, pp. 323-326.

A fully automated normothermic machine perfusion system for kidney grafts supporting physiological motivated flow profiles

Bibtex entry :

@inproceedings {  WBK+23,
	author = { Wiartalla, Marc and Berg, Frederik Julius and K{\"u}hn, Jahn
		and Buglowski, Mateusz and Bleilevens, Christian and
		Kowalewski, Stefan and Stollenwerk, André },
	title = { A fully automated normothermic machine perfusion system for
		kidney grafts supporting physiological motivated flow
		profiles },
	booktitle = { Current directions in biomedical engineering },
	publisher = { De Gruyter },
	pages = { 323-326 },
	volume = { 9 },
	number = { 1 },
	year = { 2023 },
	address = { Berlin },
	issn = { 2364-5504 },
	organization = { 57. DGBMT Annual Conference on Biomedical Engineering,
		Duisburg (Germany), 2023-09-26 - 2023-09-28 },
	doi = { 10.1515/cdbme-2023-1081 },
	typ = { PUB:(DE-HGF)16 },
	reportid = { RWTH-2023-09613 },
	cin = { 122810 / 120000 },
	i11key = { BMBF 031L0134B - Alternativmethoden - Verbund: AutoMock -
		Entwicklung eines vollautomatisierten in vitro Teststands
		(Mock Loop) - Ein k{\"u}nstlicher Kreislauf als
		Ersatzmethode zur Biokompatibilit{\"a}tstestung von
		Membranoxygenatoren und zur Transplantationssimulation
		(BMBF-031L0134B) },
}

[WBO+23a] PDF BIB

Wiartalla, M. O., Berg, F. J., Ottersbach, F., Kühn, J., Buglowski, M., Kowalewski, S., and Stollenwerk, A., "A modular and verifiable software architecture for interconnected medical systems in intensive care", Annals of computer science and information systems, vol. 37, pp. 345-351, 2023

A modular and verifiable software architecture for interconnected medical systems in intensive care

Bibtex entry :

@article {  WBO+23a,
	author = { Wiartalla, Marc Oliver and Berg, Frederik Julius and
		Ottersbach, Florian and K{\"u}hn, Jan and Buglowski, Mateusz
		and Kowalewski, Stefan and Stollenwerk, André },
	title = { A modular and verifiable software architecture for
		interconnected medical systems in intensive care },
	journal = { Annals of computer science and information systems },
	publisher = { Polish Information Processing Society },
	pages = { 345-351 },
	volume = { 37 },
	year = { 2023 },
	address = { Warsaw },
	issn = { 2300-5963 },
	isbn = { 978-83-969601-3-9 },
	organization = { 18. Conference on Computer Science and Intelligence Systems,
		Warsaw (Poland), 2023-09-17 - 2023-09-20 },
	doi = { 10.15439/2023F6208 },
	typ = { PUB:(DE-HGF)16 },
	reportid = { RWTH-2023-09964 },
	cin = { 122810 / 120000 },
	url = { http://publications.rwth-aachen.de/record/971996 },
	i11key = { BMBF 031L0134B - Alternativmethoden - Verbund: AutoMock -
		Entwicklung eines vollautomatisierten in vitro Teststands
		(Mock Loop) - Ein k{\"u}nstlicher Kreislauf als
		Ersatzmethode zur Biokompatibilit{\"a}tstestung von
		Membranoxygenatoren und zur Transplantationssimulation
		(BMBF-031L0134B) },
}

Chair of CS 11

Research

Tools

Teaching

Frederik Berg, M.Sc. RWTH

Contact

Research

Theses

Appointments

Publications

ASMO: a decentralized and verifiable interoperability platform in intensive care

Bibtex entry :

A fully automated normothermic machine perfusion system for kidney grafts supporting physiological motivated flow profiles

Bibtex entry :

A modular and verifiable software architecture for interconnected medical systems in intensive care

Bibtex entry :