@@PacketPrepA Humble Request... Please try to complete the entire portion of GATE CS in your Channel. Please sir... Also, I will share your channel to all my friends who are preparing for GATE.
So basically if the the cache is a miss, the CPU will go to the main memory to access the data and load it into the cache, and if it is a hit the CPU will load the data straight from the cache? I am just a little confused as to if it is a miss, will the data not be pulled until the next clock cycle?
OMG thank you so much ! Something so easy but also quite often poorly explained. Not gonna lie, I was "scared" by your accent (not your fault) but you surely know how to share your knowledge !
thank you, this is probably the best explanation i've found! one question, is it safe to say that block size must be equal to page size? edit: some research later, it seems that block size is fixed and it can equal page size but doesn't have to be.
Now the addresses in these examples would be for a "pretend system" because, on say an x86, the addresses would be 32bits? The breakdown(tag, index, offset) would be the same proportions though right?
Perfect explanation. Calm, direct, accurate and makes perfect sense. This is how tutorial should be.
this just gave me the 'aha' moment. thank you!!
The best explanation on the internet ...waisted 3 days to understand ths and this video cleared my doubts in minutes. Thank you so much sir.
Your explaination has just give me a new life! Thank so much.
so much clearer than my Computer Architecture professor! thank you so much :)
Yes, yes, yes! This is exactly what I've been looking for. Thank you!
Now I am in love with computer organization. Big thanks to your teaching methodology. Hope more videos are coming soon.
Really it the best video I have ever seen in the youTube !!!!! Please keep it continue .Billion of thanks sir.
The best illustration ever seen, thank you!
PRecious explanation, no further doubts about cache addressing, tags etc after hearing this
Extremely well explained! I've been struggling in class with bit assignments. Thank you so much :)
thanks for the videos from now I am in love with CO . your compact style is awsome. Keep it up
cant find a better explanation for direct mapping across youtube!!
the term 'cache miss" and 'cache hit' are well-explained. Thank you
10/10. I wish my lecturers were like this
Wow!!! This is a great video.
Best video for understanding the direct mapping. Thank you for your effort.
You are King of explanations sir... Big salute...
Thanks man
@@PacketPrepA Humble Request... Please try to complete the entire portion of GATE CS in your Channel.
Please sir...
Also, I will share your channel to all my friends who are preparing for GATE.
clearly explained! saved my grades! tqsm.
thanks, i was confused from another explaination and needed this to get it
Best lecture I've ever seen before
Many thanks! Both my book (stallings has seriously crappy examples) and professor made this totally alien
you sir is great...such clarity and simplicity.....thanks for ur efforts ...
Nicely explained and cleared my doubts! Very much better than my university lecture notes :/ Thank you very much!
Probably the best way to explain this! Thanks a ton✨
Awesome video! You made it so easy to understand. Thanks a lot!
Really clear, top notch explanation. Thank you!
that is a great explanation, simple and straight forward, thank you!
awesome highly suggesting of bech students of jntuk kakinada
for cao subject
Ppl you have to watch this video it is so clearly example !!!!!
I finally understand mate. Appreciate it very much!!
I finally understood this!
Thank you so much!
Nice explanation, I would recommend previous and next video links in the description.
Thank you so much for your video
Wow it isgood clear neat and perfect.
thanks this is the simplest and best explanation!
Very good explanation and quality video. Thank you for your effort.
I have a final exam on this tomorrow and you saved my butt :D thank you
Same haha
thanks for your lesson, very good explanation!
Really simple. Superb explanation.
Thank you SO much for making this video!! It's very helpful and clear
Thanks .. clear explanations
great video
Beautifully explained. Thank you Sir.
Good looking video and explanation. Thanks
So basically if the the cache is a miss, the CPU will go to the main memory to access the data and load it into the cache, and if it is a hit the CPU will load the data straight from the cache? I am just a little confused as to if it is a miss, will the data not be pulled until the next clock cycle?
OMG thank you so much !
Something so easy but also quite often poorly explained.
Not gonna lie, I was "scared" by your accent (not your fault) but you surely know how to share your knowledge !
perfect explanation, thank you
Thank you very much, this is absolutely clear and that what we call in Islam "Ehsan" thanks again 👍🏻💙💙
Its awesome ❤️ Thanks
sir please upload more video on pipelining...
2:58 finally got it.
thank you, this is probably the best explanation i've found! one question, is it safe to say that block size must be equal to page size? edit: some research later, it seems that block size is fixed and it can equal page size but doesn't have to be.
undertanding directly mapped to my brain
Thanks man, great video!
Thank you so much for the video!
Thank you very much! Very clear.
Now the addresses in these examples would be for a "pretend system" because, on say an x86, the addresses would be 32bits? The breakdown(tag, index, offset) would be the same proportions though right?
better than my professor
U helped me a lot sir 🙏🙏🙏
great vid
thank you so much for this tutorial
thank u so much, great video
awesomeeeeeee💖💖
Thank a lot. this is super help for me.
great sir
tag bits are inside the cache right? one per block?
Nicely explained
What is the use of block offset then after decoding?
Amazing video! Gave me the missing link of understanding what the hell I was reading in the classroom text.
You're amazing!
this was so great, thank you !
Im still not sure how to write back to main memory, but this is a start.
amazing - thanks a lot!
Who cares about the accent, the explanation and illustration are __beautiful__
Great.
Excellent explaination , sir which tool or hardware are u using while writing?
I used ipad and apple pencil
Thank you sir like really ,
what about the validity bit?
sir plz write full form instead of using abbreviations. that would be awesome
perfect thank you sooooooooooo muchhhhhh!
thanks for your effort sir
ı have an qustion; in the (6.03) block size how become equal to 8 bytes , what is the formula of block size?
It was just an assumption. So there is no formula. c:
thanks help alot!
Thank You sir !!!!!!
10:00
Thank you so much
thanks bra, amazing
THANK YOU SO MUCH
Thank you bro
confused with bits and bytes in this lecture but good effort
Thanks sir
4:15
THANK YOU!
How do we know block size=8 bytes? explain plz
In competitive exams like gate they will mention what will be the size of a block in the question.
Thank you.
Thanks
thankyou
GOD SENT
This was great, but if you want an even clearer explanation then check out this pdf: courses.cs.washington.edu/courses/cse378/09wi/lectures/lec15.pdf
i kiss your eyes brother
Thank you.