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* Rubiks Cube:
* <s>Rubiks Cube:
** Calculating the order of a permutation (see https://math.stackexchange.com/questions/332146/efficient-method-to-determine-the-order-of-a-permutation-in-s-n)
** Calculating the order of a permutation (see https://math.stackexchange.com/questions/332146/efficient-method-to-determine-the-order-of-a-permutation-in-s-n)</s>


[[2018/January/Rubiks Cube]]
[[2018/January/Rubiks Cube]]
[[Rubiks Cube/Tuple]]
[[Rubiks Cube/Permutations]]


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Revision as of 06:28, 11 January 2018

Task list for January:


2018/January/Notes Repositories


  • Data engineering scenarios
    • Basic workflow, dealing with large amounts of data and doing machine learning on it
    • See also: Google Cloud/Review
  • Follow a single scenario, continuously...
  • One reactor, and the many aspects of that one reactor that can be studied...
  • Memo style: overarching goal, gather data, analyze trends, create model, optimize
  • Data engineering: gathering data process, analysis process, modeling process

2018/January/Data Engineering


2018/January/Rubiks Cube

Rubiks Cube/Tuple

Rubiks Cube/Permutations


  • Blog posts:
    • Knuth permutation generation
    • Google Data Engineering Certification blog post and notes highlights
    • Concepts: data engineering vs. data science
    • Elevator pitch: what is data engineering
    • Data engineering scenario rollouts

  • Genealogy
    • Photos cropped and organized by family
    • Pauline and Bruce chapters
    • Historical research planning

  • Tripos Bot
    • Worked out the latex, now just need to type out the questions.
    • Other question: practical way to do an "include" with a template?

Tripos Bot


  • Project Euler:
    • Project Euler: Problem 172
    • Clean up problems 52-67

Project Euler/172



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