Résumé de section

• Sélectionner la section Généralités

  Généralités

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  • Sélectionner l’activité News and Announcements

    

    News and Announcements Forum
  • Sélectionner l’activité Lecture Time and Location

    

    Lecture Time and Location Page

    The weekly lectures of our course "Introduction to Informatics" will take place each Tuesday from 18:15 - 19:45 in lecture 0.002 in the Z6 building. A map is available here. This lecture is for all students, especially those taking the 5 ECTS (2+2 SWS) course "Introduction to Informatics for Jurists". 

    For those students who take the 10 ECTS (4+2 SWS) course "Introduction to Informatics for Students from all Faculties", there is an additional weekly lecture held on Friday, 10:15 - 11:45 in Seminar Room 2 in the CAIDAS building 50, which is located in Emil-Fischer-Strasse 50 on Campus Hubland Nord. 

    The first lecture will be held in the second week of the lecture period on Tuesday, October 22nd 18:15 in lecture hall 0.002 in building Z6 on Campus Hubland.

    For those students who will not be able to be in Würzburg at the beginning of the semester, we will hold the first few lectures in a hybrid format via Zoom. Please use the following Zoom meeting:

    https://uni-wuerzburg.zoom-x.de/j/63311425231?pwd=V2ZiandGRnVYclJXM3VRa2QwTWdFZz09

    Meeting ID: 633 1142 5231
    Password: 327809

  • Sélectionner l’activité Time Slots Exercise Sessions

    

    Time Slots Exercise Sessions Sondage

    Please indicate by next Wednesday (13.11.) which time slots work best for you and whether you are taking the 10 or 5 ECTS course.

• Sélectionner la section Materials for Practice Sessions

  Materials for Practice Sessions

  • Sélectionner l’activité During the lectures, we will integrate a number of...

    We will integrate a number of practice sessions, which are small hands-on demonstrations and explorations of the concepts introduced in our course. Feel free to bring your notebook and test them for yourself!

    In order to provide an always up-to-date repository of material, and to give you an idea how software developers professionally manage source code, we share all material in a single gitLab repository. You can find the link to this repository below. 

    In the practice sessions on Friday, we will give an intro on how to use the concurrent versioning system git to close and synchronize this repository. You will first need to install git, which is freely available for Windows, Mac OS X, and Linux. Please refer to this explanation how to install git.

    Once you have installed git, you can open the command line window or terminal of your operating system. Navigate to the folder where you want to store the files and execute

    > git clone https://gitlab2.informatik.uni-wuerzburg.de/ml4nets_notebooks/2024_wise_infhaf_notebooks.git

    Once you have obtained a local clone of the repository, you can update the files by navigating to the folder and executing: 

    > git pull

     

  • Sélectionner l’activité gitLab Repository

    

    gitLab Repository URL

    This is the link to the gitLab Repository, which you can use to obtain the up-to-date material used during the lecture's practice sessions.

• Sélectionner la section Handouts of Lecture Slides

  Handouts of Lecture Slides

  • Sélectionner l’activité Lecture L01 - Motivation (1x1)

    

    Lecture L01 - Motivation (1x1) Fichier
  • Sélectionner l’activité Lecture L01 - Motivation (4x4)

    

    Lecture L01 - Motivation (4x4) Fichier
  • Sélectionner l’activité Lecture L02 - Digital Data Representation and Logics (1x1)

    

    Lecture L02 - Digital Data Representation and Logics (1x1) Fichier
  • Sélectionner l’activité Lecture L02 - Digital Data Representation and Logics (4x4)

    

    Lecture L02 - Digital Data Representation and Logics (4x4) Fichier
  • Sélectionner l’activité Lecture L02 - Digital Data Representation and Logics (with solutions, 1x1)

    

    Lecture L02 - Digital Data Representation and Logics (with solutions, 1x1) Fichier
  • Sélectionner l’activité Lecture L02 - Digital Data Representation and Logics (with solutions, 4x4)

    

    Lecture L02 - Digital Data Representation and Logics (with solutions, 4x4) Fichier
  • Sélectionner l’activité Lecture L03 - Computer Architecture and HW/SW Interface (1x1)

    

    Lecture L03 - Computer Architecture and HW/SW Interface (1x1) Fichier
  • Sélectionner l’activité Lecture L03 - Computer Architecture and HW/SW Interface (4x4)

    

    Lecture L03 - Computer Architecture and HW/SW Interface (4x4) Fichier
  • Sélectionner l’activité Lecture 04 - Programming Languages (1x1)

    

    Lecture 04 - Programming Languages (1x1) Fichier
  • Sélectionner l’activité Lecture 04 - Programming Languages (4x4)

    

    Lecture 04 - Programming Languages (4x4) Fichier
  • Sélectionner l’activité Lecture 05 - Algorithmic Thinking (1x1)

    

    Lecture 05 - Algorithmic Thinking (1x1) Fichier
  • Sélectionner l’activité Lecture 05 - Algorithmic Thinking (4x4)

    

    Lecture 05 - Algorithmic Thinking (4x4) Fichier
• Sélectionner la section Exercises

  Exercises

  • Sélectionner l’activité Exercise 1

    

    Exercise 1 Devoir
  • Sélectionner l’activité Exercise 2

    

    Exercise 2 Devoir
  • Sélectionner l’activité Exercise 3

    

    Exercise 3 Devoir
  • Sélectionner l’activité Exercise 04

    

    Exercise 04 Devoir
• Sélectionner la section Introduction to programming with Python

  Introduction to programming with Python

  • Sélectionner l’activité Lecture slides L01

    

    Lecture slides L01 Fichier
  • Sélectionner l’activité Lecture slides L02

    

    Lecture slides L02 Fichier
  • Sélectionner l’activité Lecture slides L03

    

    Lecture slides L03 Fichier