+Ashu Kumar The names of the books i followed are there in the slides themselves..... as footnotes. Book1: VLSI physical design by Yousuf and Sait, Book2:VLSI Physical design from Graph Partitioning to timing closure by A.B.Kahng et al Thank you for watching my video lectures.Hope you find them useful.
Wow! This is the best explanation of KL Algorithm on UA-cam. Thank you, brother. It was very helpful.
I am glad it helped you!
Simply amazing!! You made it look so easy.
good evening sir...thank you... you helped me for my test
i have not coded it. You can use a high-level language (like C or MATLAB) and code the steps of KL algorithm
Excellent work Sir, Thank You so much. It was a great help to me.
Crystal clear ,Thanks for this video sir
Very well explained John !! Thanks !!
Impressive, Thank you so much !
Excellent tutorial! Very clear. Thank you.
sir, i am deeply grateful for your help .., here!!!
Glad to know that Mani vannan.In which university are you studying?
Very clear. Now I can do my homework!
very nice explanation sir
Thank you, great explanation!!
TQSM it was very helpful
Example starts at minute 23.
Perfect!!!
thank you sir .very helpful
🙏🙏Thank you sir
Very good lecture!
great tutorial
very helpful lecture sir☺ do u have the soft copies of the textbooks mentioned?
Sir can you make the videos for FM algorithm and simulated annealing algorithm.
very good lecture! can you please tell me the name of the book from which you have prepared this video.
+Ashu Kumar The names of the books i followed are there in the slides themselves..... as footnotes.
Book1: VLSI physical design by Yousuf and Sait,
Book2:VLSI Physical design from Graph Partitioning to timing closure by A.B.Kahng et al
Thank you for watching my video lectures.Hope you find them useful.
is that helpful for TSP ! i need an example for using this algorithm for TSP < thank you ^^
TSP- you mean Traveling salesman problem.If so, KL will not help TSP. For TSP, you have to explore a spanning tree or steiner tree algorithm
Thank you
Anju, yes. Contact me at johnreubenp@gmail.com
cool!
NICE REUBEN
great lecture!
very helpful lecture sir☺ do u have the soft copies of the textbooks mentioned?
Ye le: mirror.thelifeofkenneth.com/lib/electronics_archive/VLSI_Physical_Design_From_Graph_Partitioning_to_Timing_Closure.pdf
@@vivek4m link not working
very helpful lecture sir☺ do u have the soft copies of the textbooks mentioned?
very helpful lecture sir☺ do u have the soft copies of the textbooks mentioned?
very helpful lecture sir☺ do u have the soft copies of the textbooks mentioned?