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PML in anderen Semestern:
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Startseite > Lehrveranstaltungen > SS 2025 > PML

Vorlesung Artificial Intelligence in Interactive Systems Vorlesung Practical Machine Learning

Moodle
Enrollment key: 1234

Dozent: Prof. Dr. Sven Mayer
Übungsleitung: Jesse Grootjen, Jan Leusmann
Umfang: 2 SWS Vorlesung, 2 SWS Übung
ECTS credits: 6
Sprache: Englisch
Modul: Vertiefende Themen: WP 7, WP 10, WP 13 (MA INF PStO 2022); WP 1, WP 7, WP 19, WP 26 (MA MI PStO 2022); WP 1, WP 4 (MA MCI PStO 2022); WP 45, WP 49, WP 50 (BA INF PStO 2022); WP 23, WP 27, WP 28 (BA MI PStO 2022)
Kapazität: max. 100

  • Lehrplan
  • Termine und Ort
  • Empfohlene Vorkenntnisse
  • Vorlesungen
  • Übungen
  • Klausur


Lehrplan

The goal of this course is to teach the theoretical and practical skills needed to build novel intelligent user interfaces. In detail, the course teaches the fundamental steps of training, deploying, and testing novel intelligent user interfaces using machine learning (ML). Here, we will focus on neuronal networks while using traditional machine learning approaches (e.g., SVN, Random Forest) only as a baseline. During the course, students will learn how to collect data, train ML models, and evaluate the new models based on the extended User-Centered Design process for deep learning.

Over the course of the semester, students will build novel interfaces and present intermediate milestones throughout the tutorials. Before developing a new novel interface, the tutorials will also be used to learn the lecture topics' practical side using hands-on exercises. Here, students will learn how to train, deploy, and validate models based on a set of showcase examples.

In summary, this lecture is a practical oriented course that teaches the theoretical and practical skills to train neuronal networks to build intelligent user interfaces from scratch.

Termine und Ort

  • Vorlesung:
    Termin: Do, 10-12 c.t.
    Ort: Pettenkoferstr. 14, Kl. HS Physiologie (F1.08)
  • Übung:
    Termin:Fri 10-12 c.t.
    Ort: Pettenkoferstr. 14, Kl. HS Physiologie (F1.08)

Empfohlene Vorkenntnisse

The course is designed for senior master students who have taken those following courses (or have equivalent knowledge):

  • Vorlesung Mensch-Maschine-Interaktion
  • Machine Learning, e.g. Machine Learning course
  • Vorlesung Introduction to Intelligent User Interfaces (IUI)

Additional Information

  • https://neuralnetworksanddeeplearning.com/

Vorlesungen

Datum Thema
01.05.2025 Feiertag
08.05.2025 Lecture 01: Organization & Introduction
15.04.2025 Lecture 02: Supervised vs. Unsupervised Learning
22.05.2025 Lecture 04: Introduction Neural Networks
29.05.2024 Feiertag
05.06.2025 Lecture 05: Advanced Neural Networks
Lecture 06: Evaluating Neural Networks
Lecture 07: Trainings Strategies
12.06.2025 Lecture 05: Advanced Neural Networks
Lecture 06: Evaluating Neural Networks
Lecture 07: Trainings Strategies
19.06.2025 Feiertag
26.06.2025 Lecture: Online Machine Learning by Jan Leusmann
03.07.2025 Lecture 09: Generative Adversarial Networks (GANs), and
Lecture 08: Recurrent Neural Network (RNN) & Long Short-Term Memory (LSTM)
10.07.2025 Lecture: Large Language Models by Thomas Weber
17.07.2025 Lecture 10: Reinforcement Learning
24.07.2025 Lecture: Applications
Open Discussion
Q'n'A: Exam preparation

Übungen

Datum Thema
09.05.2025 Entfält
16.05.2025 Organization and Full Practical Neural Network Walkthrough
Lecture 03: Full Practical Neural Network Walkthrough
23.05.2025 Exercise 01: Introduction Data Collection
30.05.2025 Feiertag
06.06.2025 Exercise 02: Data Preprocessing & Augmentation
13.06.2025 Exercise 03: Introduction Model Structure & Layers
20.06.2025 Feiertag
27.06.2025 Exercise 04: Hyperparameter Tuning
04.07.2025 TBD
11.07.2025 TBD
18.07.2025 TBD
25.07.2025 TBD

Klausur

Die Termine für die Prüfungen sind wie folgt:

  • TBD
  • Die Anmeldung zur Prüfung erfolgt auf Moodle.
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Impressum – Datenschutz – Kontakt  |  Letzte Änderung am 15.05.2025 von Jan Leusmann (rev 44781)