Computer Organization and Networks

Course Number INB06000UF | Wintersemester 2020/21

From a single gate to a web server in one semester


In this course we study logic design and computer organization. We learn to model synchronous digital systems at functional layer as well as structural layer by using the hardware-design language Verilog. Based on this, we discuss typical concepts found in computer organization: The fetch/execute algorithm, instruction sets, input and output, the stack, interrupt, handshake, memory technologies, direct memory access, and virtual memory. Furthermore, we learn the fundamentals of computer networks and communication technology. It discusses the network layers typically found in today's Internet-based communication. Thus, protocols found in today's networks are analyzed with respect to their function and their historical development.

This course replaces the previous courses of Computer Organization, Computer Organization and Networks and Computer and Communication Networks.

The course is offered for students in the third semester within their bachelor studies. It is advisable to have successfully completed the programming courses offered in the first and second semesters. The course consists of four parts:

  • Basics (logic gates, number representation, sequential logic, state machines)
  • Processors, part I (Instruction sets, pipelining, memory layout, peripherals, C to machine language, interrupts)
  • Networks (Basics, Layers: Link, network, transport and application)
  • Processors, part II (virtual memory, security)


Date Begin End Slides Recording
2020/10/07 13:00 15:15 00: Welcome 01: Combinational Circuits video
2020/10/14 13:00 15:15 02: Number Representation video
2020/10/21 13:00 15:15 03: State Machines video
2020/10/28 13:00 15:15 04: Basics on Processors video
2020/11/04 13:00 15:15 05: Pipelining video
2020/11/11 13:00 15:15 06: Assembly Stack video
2020/11/18 13:00 15:15 06_1: Completion of slides con_06 06_2: Stack examples (recorded offline) 06_3: Updated c2asm example (recorded offline) video video2 video3
2020/11/25 13:00 15:15 07: Network Basics YT video
2020/12/02 13:00 15:15 08: Between Link and Network Layer YT video
2020/12/09 13:00 15:15 09: Network and Transport Layer YT video
2020/12/16 13:00 15:15 10: Application Layer YT video
2021/01/13 13:00 15:15 11: Polling & Interrupts 12: Building Faster Processors video
2021/01/20 13:00 15:15 completion of chapter 12 (caches) video
2021/01/27 13:00 15:15 13: Virtual Memory 14: Information on the exam MKV video
  • Livestream links are not going to be published here. They will be distributed via Email to registered participants.
  • All examples that are shown in the lectures are available via git from
Previous Lecture Exams Planned Lecture Exams
  • 7th of October 2021
  • 29th of November 2021
Date Event
2020/10/07 publication Task 1
2020/10/09 video tutorial 1 online
2020/10/13 weekly question hours with TAs start
2020/10/23 deadline Task 1, publication Task 2, video tutorials 2a and 2b online
2020/11/06 deadline Task 2
2020/11/08 publication Task 3, video tutorial 3 online
2020/11/20 deadline Task 3, video tutorial 4 online (src, slides)
2020/11/21 publication Task 4
2020/11/25 week of first assignment interviews
2020/12/04 deadline Task 4, publication Task 5, video tutorial 5 online
2020/12/18 deadline Task 5, publication Task 6, video tutorial 6 online
2021/01/21 last question hours finish
2021/01/22 deadline Task 6
2020/01/27 week of second assignment interviews
Material of Previous Years

Administrative Information

This course will be held online this semester. The lecture takes place every Wednesday at 13:00 and will be held in two blocks of 60min with a 15min break in-between. Details for participating in the online course will be sent via email to all enrolled students. The exam for the lecture is in written form with a duration of 90 minutes. The practicals are graded based on the assignments handed in.


Stefan Mangard

Head of Institute

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Martin Unterguggenberger

PhD Student

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Moritz Waser

PhD Student

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