9:51 - The set of all integers mod 11 will be having only these numbers {0,1,2,3,4,5,6,7,8,9,10} . I have by mistake included number 11 in the set. Kindly ignore number 11 in the set.
Sir, a very neat and very clear explanation. As I'm preparing to work with ECC i got fed up with all other lectures available in youtube.. very clear explanation u have given sir..thanks a lot..first time I'm commenting in youtube..can't stop myself from thanking you..
9:51 - The set of all integers mod 11 will be having only these numbers {0,1,2,3,4,5,6,7,8,9,10} . I have by mistake included number 11 in the set. Kindly ignore number 11 in the set.
Holy shit this was awesome. Please more of these kinds of videos on UA-cam 🎉
Sir, a very neat and very clear explanation. As I'm preparing to work with ECC i got fed up with all other lectures available in youtube.. very clear explanation u have given sir..thanks a lot..first time I'm commenting in youtube..can't stop myself from thanking you..
Happy to know this lecture helped you. This feedback will help me post more such videos . Thanks and wishing you All the Best with your work on ECC
@@SatishCJ I'm starting my research on ECC. Thanks for your wishes sir..Pls keep posting sir..
nice explanation and very well explained for english language speakers
Thank you very much for a clear and comprehensive explanation...
Happy to know the lecture helped. Thanks for the feedback!!
the explanations are amazing, thanks a lot
You're very welcome!
Very clear detailed and simple explanation sir . Very useful sir 🙏🏻🙏🏻 I understood without any tiny doubt super sir🙏🏻
Very clear explanation...Thankk you Sir😍
You're most welcome
Clear explanation, thanks.
Very educative and informative lecture. I picked a lot from this. Thanks a bunch
Thank you sir for this video
Really superb explanation and very easy to understand.
Very clear explanation sir
34:19 Delta is the *slope* (mod p) of line PQ
Great video Professor Satish.🔥
helps a lot
great
The greek letter is lambda, not delta...