#26 Software Solutions for Critical Sections | Introduction to Operating Systems

[@samarthkhatwani]

Neither the textbook, nor my professor could explain this concept with so much clarity as this video did. Thank you so much NPTEL and Professor Rebeiro :)

[@solidstatedevices]

One of the best lecture and explanation on synchronization so far !!!

[@pavanchytanya1283]

every where these concepts are explained but no one explained the gradual progression of solutions proposed thank you nptel and prof

[@achyutprabhakar5440]

best lectrures available online to understand syncrnization,Thanks sir

[@raisanjeeb42]

One of the best explanation Thank u sir

[@colinz7234]

Excellent explanation.👍🏻

[@tirthpatel20]

Awesome lecture!..Thank you Prof. CR 🙏🙂

[@jocloud65]

6:20 ? turn == 1 or turn ==2 in process ?

[@0xN33r4j]

Oh my god my concept is clear 🤭🤭🤭

[@reddynishanth3936]

Can we get lecture slides. Thank you sir.

[@salmanbehen4384]

Did you get the slides?

[@tirthpatel20]

Yes, it's available on Prof. Chester's page on IITM website.

[@sudeshnaC]

Can anyone explain how the Attempt 3 ensures bounded waiting?

[@rajatrajat4193]

Bounded waiting is not the problem in any of the attempts. After one process is executed the other process enters the critical section as the lock is opened. It's the same in all the 3 attempts. Correct me if I don't make sense.

[@GokulNathXYZ]

Yes, this is correct. Bounded waiting isn't an issue.

[@motivation_with_harsh]

sir samajh me nhi aya mujhe 🥲🥲🥲😢 but accha tha lecture