Biostatistics - All You Need To Know About The ROC Curve

[@adampzakaria]

This was stellar. So clear and pleasant. Thank you so much!

[@ATPPP]

Glad that it was helpful!

[@DrStayAtHomeMom]

Simply AMAZING🌹. In my book, there is something about flipped ROC that I could not understand. I appreciate it if you can shed some light on that part too. Thanks and JAZ.

[@Raad990-g4f]

Great explanation
But could you please clarify the meaning of “cut-offs”?

[@melianthatandiono1823]

this is the best explanation 👍

[@ATPPP]

Glad it was helpful! Thank you Meliantha!

[@julianatoledo3352]

Thank you so much! Now i understood clearly!

[@YaqoubM]

وعليكم السلام شكرا على الشرح❤

[@dbullet1493]

Amazing thank you very much

[@lin5750]

Thank you so much this was so good

[@ATPPP]

Glad you enjoyed it!

[@YourPositiveOasis]

Well explained

[@esan120au]

Don't know how to thank you brother 🙂

[@ATPPP]

It's our pleasure brother Ehsan! Keep us in your prayers!
MSA

[@chiru5362]

Thank you 😊

[@mohammadganji1298]

I don't know how to thank you.

[@ATPPP]

Share our videos everywhere ;D

[@premkumarshrestha3368]

Of course, I benefited from the video, thanks.

[@cetin1321]

for the algo

[@shreckgaming-clashroyale1896]

Wow this is good

[@dailydoseofmedicinee]

👏👏

[@souhatifour6052]

WAS!!!

[@forpirate4695]

It is the best. Thank you

[@amruthasuresh4778]

👍👍👍👍

[@lilmamasofly9111]

How is the specificity 100% in the bottom left

[@eslamnahla]

What atp stands for?

[@ATPPP]

Adenosine TriPhosphate, the energy molecule of the cell!!

[@hkgs_knight4216]

Walaikum Assalam

[@swarnimjoshi3797]

Thank a lot 👍

[@ATPPP]

No worries!

[@msfasha]

Nice explanation, focusing on sensitivity and specificity rather than on TPR and FPR

[@ATPPP]

Glad you liked it!

[@Pathology92]

Thanks ATP😍

[@ATPPP]

Sure!

[@adityapasumarthy5256]

EXCELLENT AND CRISP!!!

[@sohanirahman720]

THANK YOU

[@wesleyvernal3268]

good job!

[@JimBob-lq1db]

Thanks for this great explanation

[@ATPPP]

Thank you for your kind words!

[@genan2002]

Amazing work, thank you so much ❤

[@ATPPP]

Our pleasure!

[@navadeepdorai2918]

Thank you

[@ATPPP]

You're most welcome!

[@CCc-ui7wb]

Can we say that
when I have a point A more shifted to the right and top on a ROC curve than an another point B
Then the cutting point use for the point B is always Higher than the cutting point of A ?
Or in other word can we say that the function Specificity (cutting point) is a decreasing function