Reliable Data Transfer - Internet Transport Layer | Computer Networks Ep. 3.4.1 | Kurose & Ross 

after listening to your lectures... everything makes so so so clear... amazing!

my professor spent 2 lectures going over this and you explained this much easier than he did in 17 minutes

Very clear explanation. Thank you also for respecting your viewers' time as much as you do by editing the video.

Dr. Rohrer, thank you for your videos!

Thank you so much for these videos!

my man don't blink. Amazing videos tho! saved my semester! thank you so much😄

This was a tough section --- your video helped clarify things.

Thank you so much sir for this effective explanation in short amount of time. It was very helpful.

you are so much better than my professor, thanks a lot :) eve though i think its a bit robotic

pretty clear and helpful! Just a little bit serious

Woooowwww your explanation was amazing, fascinated me, thank you

Great Work! Thanks!

the amount of information is way too much to take in....but you made it very easy to grasp. THANK YOU!

Thanks a lot Sir for this playlist :)

00:01 Giới thiệu nguyên tắc của các giao thức truyền dữ liệu đáng tin cậy như TCP 01:07 Xây dựng giao thức truyền dữ liệu đơn giản và đáng tin cậy 03:18 Hiểu việc truyền dữ liệu đáng tin cậy trong lớp truyền tải Internet 04:16 Giới thiệu cơ chế mới để truyền dữ liệu đáng tin cậy 06:25 Quá trình truyền dữ liệu có xác nhận 07:39 Xử lý lỗi xác nhận và truyền lại 09:50 Truyền dữ liệu đáng tin cậy: Chuyển đổi trạng thái và xác nhận 10:54 Truyền dữ liệu đáng tin cậy - Lớp truyền tải Internet 13:04 Thời gian chờ để truyền dữ liệu đáng tin cậy 14:01 Những thay đổi trong quá trình truyền dữ liệu đáng tin cậy 16:21 Hiểu thông tin cơ bản về giao thức truyền dữ liệu đáng tin cậy Crafted by Merlin AI.

You are the best!

Amazing.

Suppose, You and your friend want to transfer data, and both are decided on the following data transmission properties which should be incorporated in the transport layer service: no bit errors; no packet loss; encryption at the sender and decryption at the receiver. Now design the Finite State Machine (FSM) for you and for your friend. For this scenario which rdt version we need to use? and how can we add encryption & decryption on that rdt?

amazing

thanks

Love the mouth noises

not all heroes wear capes

I would say explanation is not bad. Although i was expecting it to be better . Good job anyways

What if sequence number get changed ( currupted ) ?

are you an AI?

I would rather simple english than those function representations.