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When I'm really tired with MIPS, I find this video. It's really help me ❤ Thank you, teacher. It's 2:37am in my country 😢 You are the first woman teacher that I learn. You influence me so much!!! Thank you ❤

Thank you, I'm behind on my comp org and arch class and your videos are helpful. This one is just review for me but it's helpful to see MIPS with assembly code as my professor doesn't give any code examples.

Nice

thank you, this was very helpful :)

Hello dear professor , I am MD HELAL HOSSEN , I am taking you NLP course this spring 2024. I learn a lot from your video.

great explanation

instead of typing the code, is there a place to copy code? or where can i get those ppts?

This deserves much more views, professor! I'm taking this course in my university right now and I don't understand one bit of what my professor talks about! Thank you for this!

thank u

Thank you so much professor, this was very helpful.

Interesting fact: The R3000A in the PS1 didn't have a FPU.

Thanks Karen. Watching this because I'm doing MIPS of a PS1. You're a star!

Thanks Professor Mazidi, I'm having a hard time learning from my current professor and your videos are making it easy for me to keep up in class

finally a good explanation of signed and unsigned

Thank you professor!

I wish I could be in your class, your students are so lucky! :) for the exercise in 14:32 this is what I did : lw $t1, a lw $t2, b la $t0, a sw $t1, 4($t0) sw $t2, 0($t0) Is there a simpler way ?

When you say copy through the first 1, do you mean that we copy from the right until we reach the first 1 than flip the remaining bits on the left of that 1?

explained very simply and quickly! it's perfect

Thank you very much for video!

Great explanation! Thanks :)

ily. I've learned more computer architecture from these videos in a few hours than all semester.

Thank you so much! You are so good at explaining things

its totally amazing

thanks for your content

thanks.

wonderful explanation!!! thank you :)

you're the best

Great video! Very helpful, thanks

pycharm > jupyter notebook

Hey I need help with my code

this is good !!

im still lost but at least its not looking as scary anymore lol

This is the best explanation about this topic that I can find on YT

superb explanation thank you

Thank you for the nice explanation

Absolutely fantastic video! I couldnt find main control unit logic anywhere on the internet, you helped me very much

Very clear explanation! Thank you.

Great video!

Regarding the code shown at 6:59. As you've written it, it doesn't work for me. These are the errors I get on lines 11, 12, 13 and 14: 11 --> Too few or incorrectly formatted operands. Expected: lw $t1,-100($t2) 12 --> Too few or incorrectly formatted operands. Expected: lw $t1,-100($t2) 13 --> Too few or incorrectly formatted operands. Expected: sw $t1,-100($t2) 14 --> Too few or incorrectly formatted operands. Expected: sw $t1,-100($t2)

The guy at the end of the line!

Next time I'm at a ML conference proceeding I'll be thanking u

What is the control signal for lbu ? It is the same of lw ?

aayyhh quotes are back, I was missing them

Hi Dear Dr. Mazidi, Thanks. Your channel was very helpful for me. Would you please make a video on Bayesian Network, specially in "kruskal.test" ,"pairwise.wilcox.test" and "anova test" ?

I havent used java in like two years lol

For those of you that forgot Cosine Similarity ( Number of like items ) / [ SQRT ( x1 ^ 2 + ... + xn^2) * SQRT( x1^2 + ... + xm^2 ) ]

Best explanation of Cosine Similarity I've ever seen. Thanks Dr. Mazidi.

"Information is not knowledge"

Wow the last quote was very impressive!