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Definition of Reproducible Research

6:47

Core Concerns of Reproducible Research

7:08

Markdown Comments

10:14

Workspace

20:35

How Did I Set Up My Research

21:25

A Notebook Is Not Linked to a Workspace

22:33

Modularization

37:37

Declaring the Input and Return Types

39:26

Chaining Method

42:53

Split One Notebook into Different Tabs

43:59

Reducing Cognitive Load

45:21

Linter To Flag Unused Declarations

45:31

Code Completion

46:04

Inbuilt Documentation on Hover

46:17

Reactive Mode

47:11

When Did I Make Changes

56:12

Who Needs To Access My Work

1:01:42

Create Reports That Are Linked Back to Your Notebook

1:03:38

Schedule Notebooks

1:07:48

What Should People Prioritize for Reproducibility

1:10:11

Broadcasting in Numpy

1:13:30
Is Your Analysis Reproducible? 5 Ways to Make Your Work Bulletproof With Datalore
Have you ever had the experience of opening up an old analysis you did in Jupyter and being completely unable to reproduce the results? Maybe you can't work out where you saved the data you used, or what version of a core dependency you had in your environment. Perhaps your Jupyter notebook is a complete mess and you can't decipher your own code. All you can do is make yourself a big cup of coffee and prepare for a rough week of trying to piece together what you must have done. If this sounds familiar, you're not alone! Recent studies have found that the work in the vast majority of Jupyter notebooks cannot be reproduced. Being unable to rerun these notebooks means the assumptions and conditions under which the original results were produced can't be recreated, making it difficult to fully understand how data-based decisions or even pieces of intellectual property were made. In this webinar, Dr. Jodie Burchell will explain some common pitfalls for reproducibility and how you can avoid them by creating reproducible analyses from the outset using Datalore. Speaker: Dr. Jodie Burchell is the Developer Advocate in Data Science at JetBrains and was previously Lead Data Scientist in audience generation at Verve Group Europe. After finishing her PhD in psychology and a postdoc in biostatistics, she has worked in a range of data science and machine learning roles across the fields of search improvement, recommendation systems, NLP, and programmatic advertising. She is also the author of two books, The Hitchhiker's Guide to Ggplot2 and The Hitchhiker's Guide to Plotnine, and writes a data science blog.

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JetBrains

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