EGGN 512 - Lecture 13-1 Hough

[@bilalbayrakdar7100]

The examples with angles in the end made me understand fully thank you sir

[@hushi3403]

You made it, I understand it now! great thank Mr. Hoff

[@ozanozgur7962]

Thanks, best explanation I could find!

[@exomarsesa7566]

thanks ! you really are making a difference ...

[@reitertamas11]

Great work!

[@WilliamWangYang]

your videos are very useful. Thanks.

[@salmansaleh1]

Great Video :)
Subscribed.

[@MrBaltonic]

Great explanation, appreciated

[@jobin9891]

very nicely explained..Thank you Professor

[@sumitpaul9387]

wow! nice explanation! u rockz man!

[@yuzou2008]

great video

[@pooolag]

You are the best

[@TheDaniiel]

great lecture thank you

[@user-cc8kb]

brilliant explaination! :)

[@westlifegc]

ro should not be perpendicular to the line, ro is the distance from (x, y) point on the line to the coordinate origin.

[@MasayoMusic]

If we are using min slope and max slope, aren't we avoiding the problem of infinite slope?

[@abdulrahmanalmowafy5350]

Thanks man, you're great :')

[@jameelahmed6604]

Thanks so much for explaining it in the best way. If possible then please also mention or tell the MATLAB code for Circular shape, I will be thankful to you...

[@florianwicher]

That made me understand it :D Thanks!

[@rowdyrousey3334]

Thank you!

[@soheilshahrouz8719]

it was helpful
thanks!

[@ghosh5908]

4:24 How do i find the edge element? Do i have to do an edge detection for that, beforehand?

[@MrGlowstoneMan]

if my rough understanding is correct, yes you would have already processed the image a fair bit

[@Quisl]

Helped. :)

[@sharperguy]

Why do people like to use rho so much in maths? It's just a character so why not use one that's easier to write and distinguish from p?