The following fundamentals of data communication and computer networks will be covered over the course of the semester:

• fundamentals of signal/data transmission, physical properties of transmission media;
• classification of computer networks, network topologies, ISO/OSI reference model;
• the Internet Protocol family;
• communication protocols on the application layer: HTTP, SMTP, DNS, ... ;
• communication protocols on the transport layer ("transport layer"): TCP, UDP, ... ;
• communication protocols at the network layer: IP, routing protocols, ... ;
• communication protocols on the security layer ("data link layer"): Ethernet, ... ;

After completing the course, students will be able to:

• understand principles and basic relationships in computer communication in computer networks;
• understand and critically analyze basic design principles and technology decisions for computer networks;
• characterize computer network architectures;
• classify and evaluate computer networks and their infrastructures according to quality criteria;
• name similarities and differences in communication protocols at different levels;
• critically reflect on and assess current technology-political developments on the issue of computer networks (e.g. the transition to IPv6).

According to the examination regulation full attendance is intended for a PI. Absence in one unit is tolerated if a proper reason is given.

If a student cannot attend a particular class, the student should send an email to the course instructor before the class starts, providing a legitimate justification for their absence.

Attendance is absolutely mandatory at the first course date (an unexcused absence will result in the loss of a place).

The course is delivered using a combination of the following:

• presentation of the basics via contact units;
• working through in-depth compulsory literature via self-study;
• discussion on mandatory specialist literature in the contact units;
• demonstration of software tools;
• practical exercises.

The language of instruction is English. All course material will be provided in English.

Please note that 2 SWS = 4 ECTS = 100 hours required workload.
 

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Lecture 1:

• Introduction to the course (Objectives, Contents, Delivery, Assessment)
• Computer Networks Introduction
• Activities

Lecture 2: 

• Computer Networks Recap & Quiz
• The Application Layer Introduction
• Activities

Lecture 3: 

• The Application Layer Recap & Quiz
• The Transport Layer Introduction
• Activities

​Lecture 4: 

• Online Intermediate Exam
  • Based on Lecture material and homework from Lectures 1-3
  • Online exam using Learn@WU
  • Duration 60 minutes
  • 30% of the overall grade

Lecture 5: 

• The Transport Layer Recap & Quiz
• The Network Layer Introduction
• Activities

Lecture 6: 

• The Network Layer Recap & Quiz
• The Link Layer Introduction
• Activities

Lecture 7: 

• The Link Layer Recap & Quiz
• The topic of the final lecture will be decided collectively 
• Activities

Lecture 8: 

• Online Final Exam
  • Based on lecture material and homework from Lectures 5-7
  • Online exam using Learn@WU
  • Duration 60 minutes
  • 30% of the overall grade

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Lab 1 & 2: 

Wireshark and Filius Labs

• Practical exercises under supervision
• Not Graded

Lab 3:

Wireshark and Filius Labs

• Practical exercise without guidance
• 20% of Homework Grade

The performance assessment is composed of:

• Participation: 20%
  • All participants are expected to actively participate in discussions, quizzes, and activities.
• Practical exercises: 20%
  • Wireshark and Filius Labs
• Intermediate exam: 30%
  • Based on Lecture material and homework from Lectures 1-3
• Final exam: 30%
  • Based on Lecture material and homework from Lectures 5-7

Grading Scheme:

90−100 Sehr gut (Really good) is the best possible grade and indicates outstanding performance with no or only minor errors.

80−89 Gut (Good) is the next-highest grade and is given for performance that is above-average standard but with some errors.

64−79 Befriedigend (Satisfactory) indicates generally sound work with a number of notable errors.

51−63 Genügend (Sufficient) is the lowest passing grade and is given if the standard has been met but with a significant number of shortcomings.

0−50 Nicht genügend (Insufficient) is the lowest possible grade and the only failing grade.

Registration is possible for ​​​students of the bachelor's degree in economics and social sciences who are taking the business informatics major.

An excellent command of English is essential.

Allocation according to study progress from 40 to 60 course places.

Students who do not get a place in the course must register on the waiting list and attend the first lecture. If new places become available, priority will be given to students who (1) have registered on the waiting list and (2) have attended the first lecture.

Please log in with your WU account to use all functionalities of read!t. For off-campus access to our licensed electronic resources, remember to activate your VPN connection connection. In case you encounter any technical problems or have questions regarding read!t, please feel free to contact the library at readinglists@wu.ac.at.

During the lecture and based on individual appointments. To request an appointment send an email to the lecturer with the subject “[Networks]”.

Course Instructor: Sabrina Kirrane, sabrina.kirraneATwu.ac.at  
Course Tutor: Christoph Ehrenreich, christoph.ehrenreichATwu.ac.at