hi, first have many thanks for giving this nice lecture. at 27 minutes into the video you discuss the execution of "Load word from memory" and for that instruction the offset won't be left-sifted by 2, because this will happen only for branch instructions that are word-aligned by four bytes. the involved mux should therefore be set to 2 so that every byte from memory could be addressed and loaded from the calculated memory address.
At around 47 for the load instruction, when the data is in the memory register waiting to be written in the write data for that part 1 has to be chosen on the mux not 0.
Thanks a lot!!! second year computer engineering student here😆 from the canary islands
That's awesome!
hi, first have many thanks for giving this nice lecture. at 27 minutes into the video you discuss the execution of "Load word from memory" and for that instruction the offset won't be left-sifted by 2, because this will happen only for branch instructions that are word-aligned by four bytes. the involved mux should therefore be set to 2 so that every byte from memory could be addressed and loaded from the calculated memory address.
Yes, you are correct. Thanks for catching that.
thanks for confirming, I also noticed that
Awesome Lecture, very easily explained with example
Awesome explanation! Thanks alot.
Extremely helpful, very appreciated for the clear explanation.
תודה רבה!
Great Video helped me a lot thanks!
At around 47 for the load instruction, when the data is in the memory register waiting to be written in the write data for that part 1 has to be chosen on the mux not 0.
Thank you! This was very helpful.
Thank you, it really helped !
Thank you Nachum, ... helped a lot ... at my level :-)
do you have any pipeline( multi-cycle) lessons to upload please ? Thank you
Lw/Sw it will choose input 2 of mux (sign extended) for branch it will choose input 3 of mux
You saved my butt.
nice!
Hopefully next year I will make one
did you??
did you?
which book did you refer??
Hey! can you share the link at 24:50
I think I've found it: phoenix.goucher.edu/~kelliher/f2009/cs220/mipsir.html
This is a very cool Video, but you should have gone throu it commandwise, not cyclewise
Your yawn made me yawn :0 thanks for the lesson
Great Video! Great explanation!