• TL; DR

  • THE CONTENTS of this webpage are based on my textbook Automata and Computability: A Programmer's Perspective, ISBN-13: 978-1138552425, ISBN-10: 1138552429 which may be used according to the lesson plans described below. Slides, videos, and solutions are available! (The book is coming out in an inexpensive paperback edition also.)

  • Additional coverage of Jove is in a CACM note published in October, 2020.

  • Watch https://youtu.be/vhZGUFhm9fY

  • Now go to https://github.com/ganeshutah/Jove.git and go to For_CS3100_Fall2020

  • See my weekly lesson plans for a class I'm teaching

  • Go to 00_Overview_Of_CS3100_Fall2020 and play Overview_Of_CS3100.ipynb

    • It gives another 5-minute overview of Jove
    • You can see the Full Animation Panel as well as individualized animations for various machine-types

  • Now go through the directories whose names begin with 01, 02, etc., and see my weekly lessons

  • Assignments are delivered as notebooks and the students

    • answer the theoretical questions using Latex markdowns
    • answer the Jove (experimental) questions using Colab, submitting finished notebooks

  • For instructors: I have all the solutions for Assignments, Quizzes, and End-of-Chapter exercises

  • Last but not least, see the practical tie-in by visiting the various notebook (here is a sampling):

    • 01_Computability_Languages/1c_Language_Basics.ipynb
      • use of Widgets to show "star" working
    • 02_Basic_DFA/Basic_DFA.ipynb
      • DFA definition and animation
    • 07_NFA2RE/NFA_to_RE.ipynb
      • NFA to RE conversion
    • 11_CFG/
      • Calculator_with_Parse_Tree_Drawing.ipynb
        • explains Expression Parsing, comparing different programming languages
      • Drive_PDA_Based_Parsing.ipynb
        • explains how CFG are turned into PDA and parsed, revealing grammar ambiguity, etc.
    • 12_CFG2PDA/
      • RE2_NFA_PT.ipynb
        • explains how regular-expressions (RE) are parsed using Context-Free Grammars
        • explains how "code generation" (NFA generation) from REs works
    • 17_DTMs_and_NDTMs/CH13-Asg8.ipynb
      • DTM and NDTM animation

  • I am VERY keen on making Jove a community project where YOU CAN CONTRIBUTE!

    • We can talk more; drop me an email at [email protected] (or issue Git pull-requests)

• NOW FOR THE LONGER VERSION

• Jove helps you learn about various Models of Computation as well as what is usually called ``Automata Theory''

• There are two directories here:

  • For_CS3100_Fall2020 is tailor-made for the Fall 2020 offering of the CS 3100 class. That directory will have self-contained instructions and this is where my current class students must be working initially.

  • For_The_Public is for the general public or CS 3100 students who want more examples to look at

• There is no secret in any of these directories! So, For_The_Public folks are welcome to use the contents of For_CS3100_Fall2020 (and vice-versa).

• Under For_The_Public, there are two directories:

  • Classic has Jove as described in the book Automata and Computability. Its documentation of files and directories matches the book more closely. It is a bit too complex in layout, but since many of the files are referred to in the book, I'm not deleting anything.

  • Recommended has a more modern presentation of the content.

• Jove can be run on your own laptop if you have Anaconda and Jupyter on your laptop. Or it can run via Colab without needing any installations.

• For the Colab path,

  • Visit https://github.com/ganeshutah/Jove.git on a web browser that has a Colab Chrome extension.

  • Then visit an ipynb and hit the Chrome Extension to run the code

  • Here is a video that tells you how exactly how:

    --> YOUTUBE VIDEO: https://youtu.be/vhZGUFhm9fY <--

    (The paths mentioned in this video are subject to change; basically navigate up-to an ipynb and then click on the Chrome Colab extension icon.)

• If you are running it on your laptop (highly recommended for speed, etc),

  • Follow the instructions in For_The_Public/Classic/README.md or README_Short.md or read Jupyter_Notebook_Installation.pdf

  • Once installed, type "jupyter notebook" in this directory

• We have ported Dr. Tyler Sorensen's BDD tool into Jove (discussed in 21_NPC_Lambda)
• This was given via a web interface (http://formal.cs.utah.edu:8080/pbl/BDD.php) which is under maintenance (sometimes)
• Check it out by running BDD.ipynb :) where this web dependency is removed!

**The End, ... but Marvel at Jove, creator of the "double anti-whammy!" **