I love the questions you optimistically ask, such as "have any of you programmed with overlays?". This is how I know I am "old" compared to the bright young minds of tomorrow.
It's also good to come back and watch lectures (not just papers like information theory). There's a lot one can refresh from prof. Mutlu. I know I tell my colleagues to check out this course when they ask me questions that are covered here.
7:43 arranca la clase 26:44 arranca la parte de memoria que entra en el final 45:45 la parte que de verdad entra en el final, en los minutos anteriores explica cómo funciona físicamente una memoria, me siento estafado por cubawiki y su sugerencia de videos Ver el video en x1.25
He's leveraging the fact that the miss rate plus hit rate is 1, or h + m = 1. To make it look easier, consider each letter below subscripted with "i" and the big T as "T_{i+1}" 1) ht + m(t + T) 2) ht + mt + mT 3) t(h+m) + mT 4) t(1) + mT
I love the questions you optimistically ask, such as "have any of you programmed with overlays?". This is how I know I am "old" compared to the bright young minds of tomorrow.
It's also good to come back and watch lectures (not just papers like information theory). There's a lot one can refresh from prof. Mutlu. I know I tell my colleagues to check out this course when they ask me questions that are covered here.
Memory Hierarchy starts at: ua-cam.com/video/AXf_C5qOm8o/v-deo.html
Cache basics starts at: ua-cam.com/video/AXf_C5qOm8o/v-deo.html
7:43 arranca la clase
26:44 arranca la parte de memoria que entra en el final
45:45 la parte que de verdad entra en el final, en los minutos anteriores explica cómo funciona físicamente una memoria, me siento estafado por cubawiki y su sugerencia de videos
Ver el video en x1.25
Capa sin héroe.
agrego
lean el apunte de furfi, este video no tiene mucho mas que eso
Is there a video of the talk the professor is referring to at 3:44 related to cache miss demonstration?
58:53 I am having trouble seeing how the 2 equations for T_i are equivalent. Can anyone help me out?
He's leveraging the fact that the miss rate plus hit rate is 1, or h + m = 1. To make it look easier, consider each letter below subscripted with "i" and the big T as "T_{i+1}"
1) ht + m(t + T)
2) ht + mt + mT
3) t(h+m) + mT
4) t(1) + mT