Thank you so much ma'am, i reviewed this topic from the Gonzalez book, as well as other youtube videos but i could only grasp this after your fine presentation. May you be rewarded for this service to the community!
Something is not right: take the points M1(1, 1) and M2(1, 2). They should be collinear, thus their (m, c) should intersect. If m = 0 => c = 1 and if c = 0 => m = 1 for M1 => (m, c) = (1, 1) If m = 0 => c = 2 and if c = 0 => m = 2 for M2 => (m, c) = (2, 2) Uniting 1 to 1 and 2 to 2, results that the lines are parallel on the graph when they should intersect. What am I missing?
Two points are always collinear.....we find whether points are collinear or not only if there are more than two points....And yeah you are correct, i also noticed that mistake
Thanks, i am currently working on a sudoku solver project based on optical recognition, and this helped me to detect the grid.
Glad I could help!😊
Nice , r u a student or professional ?
Thank you so much ma'am, i reviewed this topic from the Gonzalez book, as well as other youtube videos but i could only grasp this after your fine presentation. May you be rewarded for this service to the community!
Thank you soo much for your wonderful comment!😊
indeed, you are a college friend!!... best explanation so far....
Thanks for the explanation, I was struggling for few days to understand Hough Transformation in real apps. finally I grasped here. Keep going. 👌👌👍👍
Amazing Explanation!!
the best lecture on hough transform
Thank you so much. I was bit confused with hough transform. That example problem made me to understand this concept.
you are the best that explanation saved me a lot of time and slides
Great explanation! Thank you so much!
Best Hough transform explanation,,,Thank you...
Thank you so much for this well delivered explanation. I have finally understood the concept.
Verrrrry nice explantion with clarity. Thank you madam.
Thank you so much for providing wonderful video on major concepts of Image processing
Great explanation mam! Some tutorials make hard topics look easy and yours is one of them.
Thank you so much ma'am. Your way of teaching is best .
Very thanks for this great explanation. Now It's so clear as water.
Thankyou so so much mam from the land of mountains, Nepal
Thank you ma'am ❤
thankyou for the amazing explanation
Thanks for the clear explanation. :))
Much appreciated!
Nice explanation. Easy to understand.
Thanks, you are the best.
Great Explaination
Thank you so much 🙏
super useful, thanks!
Thanks alot for your great explanation , Really informative !
God bless you!
Brilliant.
Thank you so much mam !!
Thank You 👍
great explanation. can you plz make video on how to find circles using hough transform?
Thanks. Will try my best!
Ma'am your voice mad me crazy
thanks soo much👍👍🏾👌
999th likes!! And thanks ma'am
Pretty cool 👍🏻👍🏻
Thank you MAM :>
Best one!
Thank You
Great 👍
When will you explain Huffman coding?
thanks ma'am
Amazing
Thank you :)
Thanks!!!
Thanks
thank you
Thanks but why do some people simply add sine theta +cos theta
slope of a vertical line is infinite so in this case can u please give use the further solution?
Just waàaoooo❤
Super
Something is not right: take the points M1(1, 1) and M2(1, 2). They should be collinear, thus their (m, c) should intersect.
If m = 0 => c = 1 and if c = 0 => m = 1 for M1 => (m, c) = (1, 1)
If m = 0 => c = 2 and if c = 0 => m = 2 for M2 => (m, c) = (2, 2)
Uniting 1 to 1 and 2 to 2, results that the lines are parallel on the graph when they should intersect. What am I missing?
Two points are always collinear.....we find whether points are collinear or not only if there are more than two points....And yeah you are correct, i also noticed that mistake
Mam what if the points are not collinear?
How to represent single line in hough transform
Y=-2x+1
how could you know they intersect at (1,1)
graphically
What if x is 0
it is not audible madam kindly high sound
😍😍
mam bhot jayda avj hai thoda or dhima bolo
kaise ho thapar waalo
❤❤❤❤
No sound in this video
Why don't you teach us in Hindi, it's so frustratingly annoying to use tons of filler words every time. Thanks 🙏
terrible expression
worst explanation
maam please reveal your face.. please maam.. big fan
Why you wanna see her face lol ?
Your focus should be on content not on the face of teacher.
Thank you❤
thank you
Thank you ❤