Profile modules, research papers, and research projects
Lecturer:
Prof. Dr. Wolfgang E. Nagel
Contact Person:
Description of the course:
The Profilmodul Forschungsprojekt Grundlagen (INF-PM-FPG) combines practical training and project work worth 8 SWS plus independent study. We offer topics from the research areas Data Intensive Computing and Data Life Cycle and Parallel programming, algorithms and methods. Students can select their topic and advisor from this list. The process of the research project must be documented as a report following the provided LaTex-Template. The exam consists of a colloquium.
The Profilmodul Forschungsprojekt Anwendung (INF-PM-FPA) combines practical training and project work worth 8 SWS plus independent study. We offer topics from the research areas Scalable software tools to support the optimization of applications for HPC systems and Performance and energy efficiency analysis for innovative computer architectures . Students can select their topic and advisor from this list. The process of the research project must be documented as a report following the provided LaTex-Template. The exam consists of a colloquium.
The CSE Belegarbeit (MA-CSE-37) concludes independent scientific work with a scope of 10 SWS. We provide topics from the research areas Data Intensive Computing and Data Life Cycle, Parallel programming, algorithms and methods, Scalable software tools to support the optimization of applications for HPC systems and Performance and energy efficiency analysis for innovative computer architectures . Students can select their topic and advisor from list at the german description of this course. The process of the research project must be documented as a report following the provided LaTex-Template. The exam consists of a colloquium. The module consists of a total workload of 450 h.
Das CMS Research Project (CMS-PROJ) concludes independent scientific work with a scope of 12 SWS. We provide topics from the research areas Data Intensive Computing and Data Life Cycle, Parallel programming, algorithms and methods, Scalable software tools to support the optimization of applications for HPC systems and Performance and energy efficiency analysis for innovative computer architectures . Students can select their topic and advisor from the list at the german description of this course. The process of the research project must be documented as a report following the provided LaTex-Template. The exam consists of a colloquium. The module consists of a total workload of 450 h.
Current Topics:
https://tu-dresden.de/ing/informatik/ti/professur-fuer-rechnerarchitektur/studium/studthemen/
Workload and SWS:
dependent on module
Studiengänge:
- Diplom Informatik
- Master Informatik
- Master CSE
- Master CMS
Offered during:
winter-/summer semester
Recommended Semesters:
- Diploma - Hauptstudium
- Master - 3. Semester
Modules:
INF-PM-FPG, INF-PM-FPA, MA-CSE-37, CMS-PROJ
BEI WEITEREN FRAGEN WENDEN SIE SICH GERNE AN:
© Portrait Robert Schoene
Mitarbeiter
NameDr. Robert Schöne
Send encrypted email via the SecureMail portal (for TUD external users only).
Besucheradresse:
Willers-Bau, A105 Zellescher Weg 12
01069 Dresden
Deutschland