System-Level Programming

  • 01.07.2025: Because of spontaneous construction work in the WinCIP, the computer exercises are moved to the CIP1 (except of R10 in CIP1-N, and R07 is canceled). The CIP1 can be reached from the CIP1-N.
  • 26.05.2025: The computer exercises on the 30th of May will take place in the room 02.151 (2. Stockwerk) because of construction work.
  • 23.04.2025: The registration for the exercises will open on Friday, 25.04.2025, at 18:00 via the Waffel system. Please make sure to select the only english exercise marked with "only SLP"!
  • 23.04.2025: The registration for the soldering night will open today, 23.04.2025, at 18:00 via the Waffel system.
  • 23.04.2025: For everyone who does not have a login for the Computer-Science CIPs, each student has to create one by logging in with username "cipan" and password "cipan" in the CIP pools (or via the online registration tool). After entering all required data, the account will be created. As this takes some time to process, please make sure to complete this step before the first exercise. For problems with the account creation please contact the CIP admins during their Sprechstunde / consultation hours.
  • 16.04.2025: Because of the delayed semester start on Wednesday instead of Tuesday, there will be two additional lectures on Wednesday, 23.04.2025, 14:15 - 15:45, in 0.031 and on Thursday, 24.04.2025, 12:15 - 13:45, in 0.031.
  • 24.01.2025: Initial version of the website is online.

Content of the Lecture

Based on the computer science knowledge from Algorithms, Programming, and Data Representation and first programming experience with the Python programming language, the lecture aims to impart basic knowledge of system-level programming (SLP). Further information about the lecture. Further information about the lecture

Exercises

A more detailed description can be found at the exercise page, including the exercise dates and tasks with the corresponding slides.

Script

For the lecture, no script as such will be provided, but the presented slides are available. They can (and shall) not replace supplementary lecture notes and full description of the topics in the technical literature

Lecturer and Tutors

Dr.-Ing. Peter Wägemann

Eva Dengler, M. Sc.

Maxim Ritter von Onciul, M. Sc.

Computer exercises

SPiC - R00 Lea Klein Mo. 08:30 - 10:00 01.152-113 (WinCIP)
SPiC - R01 Luca Preibsch Mo. 10:15 - 11:45 01.152-113 (WinCIP)
SPiC - R02 Caroline Faul Mo. 12:15 - 13:45 01.152-113 (WinCIP)
SPiC - R03 Lea Klein Mo. 14:15 - 15:45 01.152-113 (WinCIP)
SPiC - R04 Sebastian Schmul Di. 08:15 - 09:45 01.152-113 (WinCIP)
SPiC - R05 Richard Stabel Di. 14:15 - 15:45 01.152-113 (WinCIP)
SPiC - R06 (without supervision) Mi. 08:15 - 09:45 01.152-113 (WinCIP)
SPiC - R07 (without supervision) Mi. 10:15 - 11:45 01.152-113 (WinCIP)
SPiC - R08 Julius Götzinger Mi. 12:15 - 13:45 01.152-113 (WinCIP)
SPiC - R09 Noa Ueberschär Do. 10:15 - 11:45 01.152-113 (WinCIP)
SPiC - R10 Quirin Gebert Do. 16:15 - 17:45 01.152-113 (WinCIP)
SPiC - R11 Jonathan Adshead Fr. 08:15 - 09:45 01.152-113 (WinCIP)
SPiC - R12 Conner Siebert Fr. 10:15 - 11:45 01.152-113 (WinCIP)

Timetable

  Mo Tu We Th Fr
08:00          
10:00 Tutorial Exercise
Aquarium (0.031)
        
12:00          
14:00   Lecture
Aquarium (0.031)
      
16:00        

Detailed Schedule

The following table contains the preliminary exercise schedule throughout the semester. The time of publication and its processing duration of the individual exercises are marked in alternating colors with green and orange bars. The latest time of submission is denoted on each task sheet.
KW Mo Di Mi Do Fr Themen
16 21.04. 22.04. 23.04. 24.04. 25.04. Introduction, Organisation of the Lecture, Java/Python vs. C – Some Examples Software Layers and Abstraction, Language Overview, Basic Data Types
    LEC1 LEC2  
         
17 28.04. 29.04. 30.04. 01.05. 02.05. Operations and Expressions, Control Structures, Functions, Variables E1 (blink)
  LEC3   Tag der Arbeit  
E1      
18 05.05. 06.05. 07.05. 08.05. 09.05. Preprocessor, Program Structure and Modules, Pointers and Arrays E2 (snake)
  LEC4      
E2        
19 12.05. 13.05. 14.05. 15.05. 16.05. Pointers and Arrays, Composite Data Types, µC-System Architecture – Preface, µC-System Architecture – Processor, µC-System Architecture – Periphery E3 (led-modul)
  LEC5      
E3        
20 19.05. 20.05. 21.05. 22.05. 23.05. Interrupts, Interrupts – Example, Interrupts – Concurrency
  LEC6      
         
21 26.05. 27.05. 28.05. 29.05. 30.05. Dynamic Allocation of Memory, Organisation of Memory, Organisation of Memory – Stack, Organisation of Memory – Summary E4 (spiel)
  LEC7   Christi Himmelfahrt  
E4      
22 02.06. 03.06. 04.06. 05.06. 06.06. Additions: Pointers, Additions – In-/Output, Additions – Error Handling, Operating Systems
  LEC8      
         
23 09.06. 10.06. 11.06. 12.06. 13.06. E5 (solar)
Pfingstmontag Pfingstdienstag      
E5      
24 16.06. 17.06. 18.06. 19.06. 20.06. File Systems – Introduction, File Systems – UNIX
  LEC9   Fronleichnam Vorlesungsfrei
     
25 23.06. 24.06. 25.06. 26.06. 27.06. Programs and Processes, Programs and Processes – UNIX, Signals E6 (concat)
  LEC10      
E6        
26 30.06. 01.07. 02.07. 03.07. 04.07. Multi Processors, Concurrent Threads, Concurrent Threads – praxis E7 (printdir)
  LEC11      
E7        
27 07.07. 08.07. 09.07. 10.07. 11.07.
  LEC12      
E8        
28 14.07. 15.07. 16.07. 17.07. 18.07.
  Q&A      
         
29 21.07. 22.07. 23.07. 24.07. 25.07.  
         
         

Content-related questions (Lecturer & Tutorial mentors):

Organizational questions (Lecturer)