Very minor correction at 1:05:00. I don't think it's correct to say that dark current increases linearly with exposure time. Dark current is a model to estimate rate of charge accumulation so the variance of noise due to dark current will increase linearly with exposure time, not the dark current itself.
Fair enough. Dark current does increase linearly with exposure time, but it can be corrected, for example using dark frame subtraction, which are implemented on some SLRs by capturing a second exposure with the shutter closed. What cannot be corrected is the noise due to dark current, as you say.
![I.N "HALLUCINATION" | [Stray Kids : SKZ-PLAYER]](http://i.ytimg.com/vi/n5B5q1Hwt_U/mqdefault.jpg)
Very minor correction at 1:05:00. I don't think it's correct to say that dark current increases linearly with exposure time. Dark current is a model to estimate rate of charge accumulation so the variance of noise due to dark current will increase linearly with exposure time, not the dark current itself.
Fair enough. Dark current does increase linearly with exposure time, but it can be corrected, for example using dark frame subtraction, which are implemented on some SLRs by capturing a second exposure with the shutter closed. What cannot be corrected is the noise due to dark current, as you say.
56:33 *cough*
58:48 If I'm going to cough sometime during the lecture...
This lecture has plot points!
Many thanks unto L9 :-)
I'm right behind you! :)
:-) I really appreciate Marc making these lectures available to us. I try and do one a day. All the best :-)
38:40 That's the Legend of Zelda Fairy
Thank you very much
Pixel Shift?
por favor colocar subtitulos, gracias