<< Go Back to overview

Title

Introduction to Jupyter Notebooks for Statistical Analysis

Authors

Kinga Sipos

Educational level

Higher Education

Level

medium

Description

This PowerPoint presentation offers an introductory glimpse into Jupyter Notebooks, a crucial tool for data science and analytics. Designed for versatility, the slides are crafted not only for delivering informative presentations but also for facilitating self-study, thanks to the comprehensive links and resources provided within.

The presentation delves into three widely used statistical visualization libraries in Python: Matplotlib, Seaborn, and Plotly. These segments are tailored to demonstrate how to transform complex data sets into clear and impactful visual narratives, enhancing the understanding of key data science concepts.

Additionally, the presentation features a section on interactive questions using IPython widgets, illustrating how to dynamically engage audiences. This component is especially advantageous for educators and presenters aiming to enrich their sessions with interactive elements. By integrating these tools, participants are not only viewers but active learners, able to manipulate data and visualize results in real-time.

Overall, this presentation is structured to provide foundation in using Jupyter Notebooks for effective data visualization and interactive learning, making it an ideal resource for aspiring data scientists, educators, and anyone interested in enhancing their analytical skills.

To fully benefit from this resource, users should be comfortable running potentially unknown code and using tools like ChatGPT to clarify any questions that arise during the learning process. This approach encourages a proactive engagement with the material, ensuring a deeper understanding and practical application of the content.

Licence

CC-BY

Type

Other

Category

Statistics

Keywords

Jupyter Notebooks, Graphical Visualizations, Interactive Exercises in Python

File
Intro2JupyterNotebooks_BIPonOER_2024-2.pptx

Ratings