AI-Empowered Networking and Mobile Communications(Summer 2025)

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Details

Workload/ECTS Credits: 5ECTS
Module: M.Inf.1223.Mp: Advanced Topics in Computer Networks

B.Inf.1702.Mp: Vertiefung Computersysteme

M.Inf.1120.Mp: Mobilkommunikation

M.Inf.121.1: Mobilkommunikation I

M.Inf.225.Mp: Ausgewählte Themen der Mobilkommunikation

Note: You can choose any of them to attend this course, but only one! Please note that enrolling in the same course more than once will not grant additional credits.

Lecturer: Dr. Tingting Yuan, Prof. Xiaoming Fu
Teaching assistant: Fabian Wölk
Time: Thursdays, 10-12am.
Place: IFI 2.101
UniVZ []


Course description

This lecture will introduce advanced concepts of computer networking to interested students. Topics include:

  • AI meets Networking
  • Segment Routing
  • Intelligent Transportation Application based on V2I Networking
  • Social Network Analysis
  • Multimodal Sentiment Analysis
  • Blockchain Technology and its Underlying P2P Networks
  • Bio-inspired Networking
  • Knowledge Graph and Knowledge Graph Completion
  • Deep Learning with Differential Privacy for Image Classification

For each topic, basic structures, features and applied techniques will be taught.

If you have any questions, please contact Fabian Wölk (fabian.woelk@cs.uni-goettingen.de)

Schedule (Tentative)

Date Topic Lecturer Slides
17.04.2025 (10:00-12:00am) TBA TBA
24.04.2025 (10:00-12:00am) TBA TBA
01.05.2025 NO LECTURE (PUBLIC HOLIDAY)
08.05.2025 (10:00-12:00am) TBA
15.05.2025 (10:00-12:00am) TBA TBA
22.05.2025 (10:00-12:00am) TBA TBA
29.05.2025 NO LECTURE (PUBLIC HOLIDAY)
05.06.2025 (10:00-12:00am) TBA TBA
12.06.2025 (10:00-12:00am) TBA TBA
19.06.2025 (10:00-12:00am) TBA TBA
26.06.2025 (10:00-12:00am) TBA TBA
03.07.2025 (10:00-12:00am) TBA TBA
10.07.2025 (10:00-12:00am) TBA TBA
17.07.2025 (10:00-12:00am) TBA TBA
TBA (??:00-??:00am) Written Examination (Room TBA)

Prerequisites

  • Computer Science I, II; Computer Networks

References=

  • Yang, S., N. He, F. Li, and X. Fu, Resource Allocation in Network Function Virtualization: Problems, Models and Algorithms, Singapore: Springer, August 2022.
  • James Kurose, Keith Ross, Computer Networking: A Top-Down Approach. 8th Edition, Pearson, June 2021
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