Video

The fact that the audio is uneven gives me enough stimulation to be able to pay attention to this without any ADHD meds!

He looks like Tom Holland

The way of the pirate shall always live on it’s better to willingly post this stuff rather than have it taken from you along with your respect

32:50 ptr_str->

1:36:00 Virtual (adderess, index

22:02 Array vs vector processor

I really feel I'm missing out hard by studying in my university now.

Hello I Don't exactly understand what's goin on but I believe I'd be in a position to appreciate students work in near future :)

Absolute mad lad for counting orders of magnitude in base 2 instead of 10

Studying at MIPT. Had this course (on Russian, of course) for all the spring semester. Turns out there were some little details that I missed on my lectures but yours included it. Thank you so much for uploading these lectures online

its China

Harikasiniz. Videolarda Türkce altyazi secenegi yok sanirim?

1:32:00

EMACS professor uses emacs !!!

Cool lecture

57:57

Asıl bayrakların asılması gereken yer

Some say Eddie Fiola was the king of the Pipeline... skatepark 😎

Thank you

Thank you! Very nice lecture

Is this course still relevant in 2024? can anyone please verify? I really want to learn

54:00 you could solve the problem by having as many row buffers as cores, right?

Im watching this for fun even though i graduated already I might get some more perspectives on this

Anyone know the name of the Elsevier book referenced in the lecture slides?

This lecture series is fantastic. Thank you for sharing!

Thank you so much , Stay blessed!

Great lectures. Thank you a lot for these

I enjoyed lecture 1 so much im back for more! 🦾🥳🇺🇲

The discussion of design points makes me wonder: - What are the most costly parts of the ISA to implement? I'd love to know more about some example (historical?) trade-offs: eg full adder vs carry adder. E.g. the VAX example and MIPS' REP MOVS starting around 1:34:00 is really nice. Here a popular TV item from 1986 (Computer Chronicles) reporting on RISC: czcams.com/video/DIccm7H3OA0/video.html And a nice video on the actual printing process (historical) of the microchip: czcams.com/video/Pt9NEnWmyMo/video.html PS: I came here after watching the ETH Spring 2023 CA lecture 9. It's great that the lecture series can be combined like this as well.

Fantastic video and lecture style! I'm working on a RV32IM soft processor but I haven't taken my schools computer architecture course yet (just comp org), so there's a lot to learn. I look forward to the rest of the series!

Thank you so much for making this available! I studied physics here in the Netherlands and have always wanted to learn more about this subject and only figured this out after passing my MSc degree. Now we can enjoy this lecture series about this amazing subject at our own leisure, thank you!

Does FPGA have dataflow execution? It seems that it just emulates electric circtuits and logic gates. I also feel that it is natural to think in dataflow model when I program in HDL.

It good , where can i access the pdfs of the lectures

alt yazı gerekiyor.

Prof looks so young here

Thank you is all I can say. Democratising the acquisition of knowledge and high quality teaching is one of the truly extraordinary things about the internet age. Higher Education institutions who do so, for me, instantly gain my respect and good grace.

53:26

18:45

1:08:53

3:32

Name of this topic be: Computer Design and Organisation.Why American Professors don't tell or display their Bachelor's & Master's degrees? Why they directly jump to PhD? That is most non-sense thing in world I have ever noted

Türkiye'de bilgisayar mühendisliği öğrencisi olarak sizi geç keşfetmenin üzüntüsü ve sevinci içerisindeyim. İlgimi çeken alanda sizin gibi birisini görünce motivasyonum ve çalışma isteğim arttı. Umarım bir gün sizinle tanışma ve çalışma fırsatı elde edebilirim. Saygılar.

10:45 electronics, circuits,logic, microarchitectur,ISA,vm os ,progarmming language, algorithm,problem

0:55 Architecture... ?

41:46

everything is so good but can't you available the subtitles?

Course start at 9:41.

You ignited my curisority again professor ! Amazing job..

3:02 The guy walks out since the teacher starts talking about the last thing to accomplish in the course in the introduction XD

Are there any architectures that offload some of this memory difficulty onto the programmer/compiler? It seems like something where context can usually answer the question. For example, could you provide many different load/store instruction pairs, and have different policies for each? You could pretend that you have virtually partitioned the memory so that there is no way for some of these to hit the others, culling most of the dependencies at a software level. Some of the pairs could be extremely aggressive, taking an 'on your head be it' approach, and not even attempting to catch errors. This is absolutely fine for a load of immutable data, or a store that will next be read after some guaranteed pipeline clear such as a thread switch. Something like a stack access needs very different behaviour though, not least because cache misses are extremely unlikely. Why not simply tell the machine, or at least give it hints? It seems like a lot of area is being spent on working out what the programmer could just tell you.