A concise, coherent and superfun vision of CS future, combining functional programming, machine learning & probabilistic programming. This talk is pure gold.
You are right that P (suite = ❤) = 13/54 < 13/52 = 1/4 . But he is not talking about P (suite = ❤) . He is saying that P (suite = ❤ | card rank=Q) = 1/4. And this is perfectly right, even in 54 cards deck. The condition "card rank=Q" restricts the deck to only 4 cards: the queens. In this sample space the probabilty of P (suite = ❤) is 1/4.
A concise, coherent and superfun vision of CS future, combining functional programming, machine learning & probabilistic programming. This talk is pure gold.
Thanks Erik Meijer, the talk was truly eye opening and mind blowing.
This is a good talk, and it is not too far from today's ChatGPT as "Programming 2.0"
Rockstar of functional programming
Beautiful.
minor nitpick - at 40:52, im pretty sure standard card deck has 52 cards ). if it has 54 (52 +2 jokers) then P (suite = ❤) is lower than 1/4
You are right that P (suite = ❤) = 13/54 < 13/52 = 1/4 . But he is not talking about P (suite = ❤) .
He is saying that P (suite = ❤ | card rank=Q) = 1/4. And this is perfectly right, even in 54 cards deck.
The condition "card rank=Q" restricts the deck to only 4 cards: the queens. In this sample space the probabilty of P (suite = ❤) is 1/4.