Distributed Systems 1.2: Computer networking

Accompanying lecture notes: www.cl.cam.ac.uk/teaching/212...
Full lecture series: • Distributed Systems le...
This video is part of an 8-lecture series on distributed systems, given as part of the undergraduate computer science course at the University of Cambridge. It is preceded by an 8-lecture course on concurrent systems for which videos are not publicly available, but slides can be found on the course web page: www.cl.cam.ac.uk/teaching/212...

[@khatiakilanava1557]

Thank you so much for the series. They really are great and simple to follow. You are the best :))

[@abdheshkumar2069]

Great series for Distributed Systems.

[@MethodWive]

You're the best i've seen tour presentation on the Kafka Summit already, i have your book (Designing data-intensive application) and now you're helping me with a course on distributed systems at the Uni. Thank you for all your work

[@gerardo.ortega]

I can't believe this is FREE! Much appreciated!

[@arnabbanik6403]

Sir, you are inspirational.

[@dmitryd1572]

Nice lecture, thanks !

[@sujeetyadav645]

Martin- i am great fan of you and your way of explanation of tech things-Sujeet-From India

[@alexanderkachur9014]

Awesome lecture - thank you!
Would be also great to hear about Naggle’s algorithm and that as we have maximum packet size, there is also “minimum” packet size.

[@khaldrogo9451]

That would be something that a networking textbook can go into further detail about, as you heard Martin speak, we won't be touching the underlying implementation details in this course.

[@sudoboat]

A very nice introduction into truck networking :-D

[@SunnyGuptaTech]

Hi Martin, Thanks for the awesome lecture. If possible please let me know which microphone did you use while recording this lecture.

[@kleppmann]

Thanks! I used a Blue Yeti USB microphone.

[@wenqianguo960]

Hello! Thank you so much for posting this video. I’m wondering if you have insight on how TPC determine the longest delay of the network packet? Because from materials I’ve read TPC protocol do not explicitly state a delay, and TPC packets just try to take up as much network bandwidth as they can. Is this right ? Do TPC resources just trying to take up whatever recourse they can take ? :)

[@khaldrogo9451]

DO you mean TCP?

[@anonymoususer2498]

Awesome video ! and TBH this is the first time I watch a programming video which uses British accent ( : -

[@SantiagoFraire]

Hello Martin, thanks for this course, you mention in this episode about other networking course, do you know any youtube course similar to yours but for networking? Thanks

[@xinyuanliu1959]

Same question.

[@khaldrogo9451]

I'd recommend these series for anyone interested: ua-cam.com/video/74sEFYBBRAY/v-deo.html&ab_channel=JimKurose

[@codingpineappl3480]

Your lectures are much better than my professors

[@Kiarash_]

Is the first part of the course(Concurrent Systems) accessible to the public?(I coudn't find it google)

[@SaiJeevan4]

are you able to find?

[@Kiarash_]

@@SaiJeevan4 No.

[@kleppmann]

The first half is given by a different lecturer, who has chosen not to make their videos publicly available. The slides are available though: www.cl.cam.ac.uk/teaching/2122/ConcDisSys/materials.html

[@SaiJeevan4]

@@kleppmann Thanks a lot professor 🤯

[@Kiarash_]

@@kleppmann Thanks

[@caseybeach360]

"Never underestimate the bandwidth of a station wagon full of [hard drives]" - A. S. Tannenbaum

[@PascalxSome]

At 1:50 i had to immediately think about RFC2549.

[@mmfStudent]

I will find you by ip :). Surprise, it's Cambridge)))

[@randyhelzerman]

Young whipper-snappers these days.....the example isn't a bunch of hard drives in a van, its a bunch of tapes in a rusty station wagon....

[@abdelaziz2788]

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