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Devine Lu Linvega

James L. Peterson's book on petri nets is adorned by a pretty solver for the Dining Philosophers Problem.

A flow chart representation of the async steps to solve Dijkstra's problem.
8 comments
DELETED

@neauoire The only part of that page I can read is the transliterated "Petri Nets" :P

Alexander Shendi

@neauoire

That reminds me that I know less languages than I should.

Devine Lu Linvega

@alexshendi it's never too late to work your way to reading a classic in its original tongue. :)

Raphael Hemme

@neauoire
I see Patrick Star performing as a blue, socialist break dancer, I upvote!

Stupid jokes aside, it looks really interesting even though I’m also not able to read the text on the cover or in the book. But I guess it is way over my head anyway at the moment. Still enjoying it.

AlgoCompSynth by znmeb

@neauoire I love that book! It resulted in me going down a rather deep Petri net rabbit hole.

Karsten Schmidt

@neauoire Not Petri nets, but related if you're into that kind of graph based computation approach... I was (still am) very fond of the Signal/Collect programming model (which also can drastically simplify the implementation and parallelization of various types of algorithms):

cs.cmu.edu/~wcohen/postscript/
semantic-web-journal.net/syste

FWIW (as more concrete reference with more examples/diagrams) my own #LiterateProgramming #Clojure implementation & interpretation of some of these ideas is here:

thi.ng/fabric

@neauoire Not Petri nets, but related if you're into that kind of graph based computation approach... I was (still am) very fond of the Signal/Collect programming model (which also can drastically simplify the implementation and parallelization of various types of algorithms):

cs.cmu.edu/~wcohen/postscript/
semantic-web-journal.net/syste

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