How I Analyze Formula 1 Data With Python: 2021 Dutch GP Hamilton vs. Bottas | by Jasper | Towards Formula 1 Analysis | Medium

As a data-fanatic and a Formula 1-fan, the amount of data coming from Formula 1 weekends is simply amazing to play around with. How cool is to create insights that you even haven’t seen on TV during…

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These are my links for July 20th through July 24th:

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The language of choice - Propositional logic was discovered by Stoics around 300 B.C., only to be abandoned in later antiquity and rebuilt in the 19th century by George Boole’s successors. One of them, Charles Peirce, saw its significance for what we now call logic circuits, yet that discovery too was forgotten until the 1930s. In the ’50s John McCarthy invented conditional expressions, casting the logic into the form we’ll study here; then in 1986 Randal Bryant repeated one of McCarthy’s constructions with a crucial tweak that made his report “for many years the most cited paper in all of computer science, because it revolutionized the data structures used to represent Boolean functions” (Knuth).1 Let’s explore and code up some of this heritage of millennia, and bring it to bear on a suitable challenge: playing tic-tac-toe.
Then we’ll tackle a task that’s a little more practical: verifying a carry-lookahead adder circuit. Supposedly logic gets used all the time for all kinds of serious work, but for such you’ll have to consult the serious authors; what I can say myself, from working out the code to follow, is that the subject offers a fun playground plus the most primitive form of the pun between meaning and mechanism.

You’re encouraged to read with this article’s code cloned and ready

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Chris's Digital Detritus

Videotext for the twenty first century.

How I Analyze Formula 1 Data With Python: 2021 Dutch GP Hamilton vs. Bottas | by Jasper | Towards Formula 1 Analysis | Medium