This is SO insanely useful. Thank you so much for uploading this clear and concise explanation. The way the professors handled this topic in my own lectures was kind of confusing and left me with some unanswered questions but you went ahead and tied everything together
Hey, I really like you explanation but this method will cost me n cycles to execute the operation while the normal method(a*b) will take only one cycle thanks to optimization.
This is SO insanely useful. Thank you so much for uploading this clear and concise explanation. The way the professors handled this topic in my own lectures was kind of confusing and left me with some unanswered questions but you went ahead and tied everything together
You are really good at this subject, Please upload more computer organization tutorials. This would really help many students
Nice videos, thanks. Could you cover the other methods to improve multiplication further, and possibly Systolic arrays?
You explain so well! Straightforward and clear. Thank you so much
Dr. Edginton, your video is very helpful. Thanks
Very clear step by step explanation, deserve a lot more likes
Thank you for your wonderful explanation .would you please explain the Boost algorithm?
thanks alot sir, this is very helpful, please make more videos about this .
Great video!
Thank you .. helped me in computer organization.
thank you. finally the description for which I was searching.
This seems like the long way.
Do karasuba!
l would like to see more advanced topics of hardware for computation
thank you for the explanation!!
Very clear explanation.
Hey, I really like you explanation but this method will cost me n cycles to execute the operation while the normal method(a*b) will take only one cycle thanks to optimization.
Thank you so much. This tutorial helps me a lot
Thank you this video is amazing.
But what happens if you do 1111 x 1111, what happens to the lost bits?
Good observation, the product register should hold 65 bit then to hold the carry :)
15 x 15 = 225 still fits in an 8 bit number
If the LSB of the multiplier is zero, why even run the adder? Just shift the product right by one.
This can be done and requires the use of additional circuitry or multiplexer.
can you stop sleeping the video