- Dozent/in: Peter Burda
- Dozent/in: Sonja Hofauer
- Dozent/in: Thomas Reiter
- Dozent/in: Katharina Reschke
Digital systems and microcomputer technology have become an integral part of our daily lives. This lecture provides a basic understanding of these areas. It covers the necessary basics of combinational logic circuits, sequential logic circuits, finite state machines, central processing units of computers and assembly programming (x86). Numerous exercises are offered to deepen the lecture contents. We rely on the simulation program Digital (https://github.com/hneemann/Digital) to study logic circuits. Jasmin is used to learn x86 assembly programming (https://github.com/TUM-LRR/Jasmin).
- Dozent/in: Lisa Kiesewetter
- Dozent/in: Norbert Strobel
- Dozent/in: Michael Bodewig
- Dozent/in: Holger Walter
- Dozent/in: Rainer Hirn
- Dozent/in: Daniel Jung
- Dozent/in: Nicolas Tiesler
- Dozent/in: Juan Felipe Cerdas Marín
- Dozent/in: Julian Mantel
- Dozent/in: Marcus Schulz
- Dozent/in: Parviz Farmanara
- Dozent/in: Julian Mantel
- Dozent/in: Johannes Beckert
- Dozent/in: Alexander Dobhan
- Dozent/in: Bernd Knobloch
- Dozent/in: Jan Senner
This course is only available after registration at VHB.org. (It is free of charge and without any costs.)
- Dozent/in: Johannes Beckert
- Dozent/in: Alexander Dobhan
- Dozent/in: Lars Eberhardt
- Dozent/in: Konstantin Geyer
- Dozent/in: Kathrin Görtler
- Dozent/in: Alexander Versch
