Lec-32 Multiple Server Queueing Models

[@MohitK96]

Watched all the three lectures, remembered all the formula like a boss! No Rote learning, Only Pure Understanding...... Thanks NPTEL :)

[@legumamshana5703]

I'm here after 13 years, thank you prof, you have made my day

[@KAIPANANDHAKUMARREDDY-vz2ci]

No more words to say; Old is Gold; watching this after 12 years from the upload date

[@DMK1.0]

Very clear explanation of each point. I watched all the three lectures on queueing models and got a great amount of knowledge. Thank you Very much🙏🙏

[@dibyendumukherjee3863]

I can't expect any better lecture than this. Thanks professor 🙏🏻

[@ripudamansingh38]

Realy Great Presentation and Explanation...........Brilliant Prof.

[@wolesofttechnologiesltd9688]

A professor indeed. Great explanation. Brilliant presentation.

[@multiattitude]

Your session and examples are quite apprehensive. Many thanks sir

[@ferasf2933]

I really understand of topic where i get more example of M/M/C thank you so much professer

[@AjayYadav-gt2go]

Best lecture on queuing model....

[@avadhoothede8392]

Great video series on Queueing Models

[@TheSleyths]

What do you do when you have multiple servers, all of then with diferent u's, and each one of them having a probability of being the one who serves a client when all of them are idle?

[@kyliekulani]

These are fantastic.

[@rakeem6672]

my professor well done

[@karthikn7179]

really am very happy ... I thank you ...

[@asrahabib1530]

Is there any lecture which explains GI/M/1 system? and IPP/M/1 aswell?

[@Vagasvic]

excuse me. is there any solutions for the model: queue multi server with vacation?

[@ahmadnawaz6633]

Great exp..

[@symonc.1391]

12:20 for the love of God guys please help. I do not understand the sum. What is it the sum of? He brushes over it because c is only 2 and that makes me not understand the concept behind it. What if it was 4. Please help. I know it's probably super simple but my brain just refuses to process it.

[@symonc.1391]

ok I missed one of the numbers in the homework I was comparing it to. So basically it is divided in two parts and the first part of the equation would be the sum of c=0 and c=1 and then the other part would be done once with actual value of c.

[@mukeshjhawariya4996]

thanks..its going to save my time.

[@haninemati734]

Great presentation.

[@sanjaydharroy9848]

Excellent.

[@ROROjolie]

Great lecture!!!

[@louisekhoragbon4489]

THANKS TO PROF.

[@vijay5192]

thank you sir for explaining this well

[@vishalsr8935]

P0 in this case is 9% which is less than M/M/1 model. That means pb that server is free is decreased from 11% to 9%. But you are saying the server is free most of the times in this case. how?

[@attisajoo]

can u please show the derivation of the variance of number of jobs in M/M/c system including the jobs in service and the jobs in queue , refering to the the book Art of Computer Systems Performance Analysis Techniques For Experimental Design Measurements Simulation And Modeling by Raj Jain in chapter number 31 figur 31.4 formula number 8 please ans me

[@vikashjha100]

nice one....thank u..

[@VmShan]

Thank you very much.

[@SomdeepSengupta]

In Finding Lq.... The second step is not very clearly explained. Me thinks.

[@rajaninag88]

sir i need simulation lecture...please upload monte carlo

[@MachalaPuli]

hii...are u a student from nicmar?

[@manasnageshwar]

45:30 Game Theory

[@asitaaj]

same here

[@its_RD_]

Game theory 43:00

[@SantoshKumar-yv7wj]

game theory 45:30

[@vsandeep1482]

Thank you so much bro 👍

[@nothing80400]

WE ALSO NEED TO LEARN 500 OPTIONS IN SIMPLE FUNCTIONS FOR APP WE MAKE CODE AND ORG AND ME

[@godsgreenleaf]

what..

[@ParichayeGrover]

...

[@rajaninag88]

sir please...you are taking too much time for every topic

[@symonc.1391]

you know you can forward right? Much better for people having a harder time understanding....

[@multiattitude]

Your session and examples are quite apprehensive. Many thanks sir

[@raghu7039]

+multiattitude I think you mean comprehensive .