DekkersAndPetersonsAlgoithms

[@dp-mason]

It's people like you that make it possible for me to pass my exams without a tutor. Thank you so much.

[@AntMixFilms]

Finally, an explanation from a person that doesn't have an indian accent.

[@Nayyrda]

same, literally 9 out of 10 videos that I play related to computer science are indians. Not to be racist or anything, but I just can't take that accent...

[@crptc5707]

lol

[@cheothegeo2742]

@@Nayyrda pro tip: if a video begins with an indian saying "hello friends" get ready for a really bad accent

[@bharatlondhe9995]

Thanks to sir, I was able to differentiate between dekker and petersons algorithm

[@rasimeekici7415]

Walter we completely understood the subject thanks to you ! Thank you so much ! 👑

[@shirelbenebrhi73]

how can you enter in the critical section if it is false in the case of peterson soution

[@ebrar1613]

finally found an understandable and clear explanation. Thank you. Saved my day!

[@viridianite]

Thanks, Walter! This is a great explanation and I really liked how you walk us through the code with examples.
Question: I'm looking at Peterson's algorithm on Wikipedia, and the implementation there uses an ol' while loop, while yours uses a do...while loop. Does it make any difference?

[@Sof2098]

Thank you so much! A very clear and good explanation!

[@hilnsworld762]

Thank you huhu. This lecture helps me a lot

[@HansFlamme]

do we have to hold the process always in a spinlock? Because we may have two critical sections (two different shared resources) so instead of spinlock the process he can check if he can enter the second critical section and mind his own business there.

[@sf0846]

I'm just a cs major taking operating systems but here is a possible solution I thought of. For the second critical section you could run it on a different thread that way if the first is spinlocking the second one will be able to run.

[@kewtomrao]

Beautiful explanation. All the Indian accent explanation really were not up to the mark.You're the only guy who really explained the turn = j part really well. Thanks a ton!

[@lerneninverschiedenenforme7513]

Mic sense too low; Very difficult to hear.

[@johnmackenzie3871]

Good explanation, many thanks.

[@codewithmarwan]

Amazing explanation.

[@habaguy]

Very good, thank you.

[@HansFlamme]

thank you very much, I understand it now

[@hamzehbajbouj6779]

you saved my life !!

[@renatac210]

THANK YOU!

[@Felkonsky]

thank you a lot!

[@mr.roulette7537]

Thanks sir.

[@elmass3662]

Absolute lege..

[@DravenphilupDoom]

Thank you. way better explanation then on my java slideshow for my class.