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Thank you so much Kurose!!

When it is last minute and you need to cram the whole semester worth of knowledge into one 😌

Thanks

Wubba Dubba

Beauty with brains😂😂

Who da man? Jim the man!!!! Great smile btw hmu.

27:50 Listen carefully. you'll hear somehing in the background at 27:52 🤫

Vinaka (Thank you in Fijian) sensei

Perfect

dişe bak

B: Anne Allah nerede? A: Oğlum internet nerede? (Kendinden emin bakışlar..)

thank you so much

Thank you, for everything.

can't seem to find p2p video

TE AMO!

you are a life saver

Thanks a lot sir

Hi Jim, I didn't find it frustrating at all when you were talking about 16:50 - In fact I was wondering when capitalism and economic incentives were going to come into play!

All thanks to Prof. Kurose, I believe in the academic comeback

Anbody else got problems with the video from 3:28 to 3:34? The Frames just go crazy.

This guy really likes networking

thank you so much for these videos, it's really amazing that you are explaining such content on youtube, thank you so much for the content

Could you set auto subtitle allowed please? I needed it to understand better in not English-based country😥😥

the great master!

Great Master!

non-CS major here studying this for my MSCS class on computer networks. Thanks a lot for making these videos and posting these for free!! Will read your book afterwards!!

🧠

🧠

fk csc358

Thank you so much for these videos sir!

07:00 If brits think that they are number one at queueing, just wait until they hear about engineering students at ESOGÜ.

00:12 Understanding the diverse entities that control the internet. 02:25 The internet is governed through a multi-stakeholder setting. 04:42 Range of technical, social, and governance issues associated with controlling the internet. 07:06 Railroad standardization enabled interoperability across networks 09:26 Global oversight needed for technical aspects of the internet 11:46 ICANN is responsible for controlling internet names and numbers 14:13 ICANN's role in domain name dispute resolution and internet addressing 16:38 Key players influencing internet content and access 18:43 Governments worldwide take actions to control internet access and content. 20:52 Understanding the complexity of internet control Crafted by Merlin AI.

This guy is no joke, he wrote the book, made the videos, and then put ads on it xD

Overview of Middleboxes and Internet Architecture 00:12 Middleboxes are intermediary boxes performing functions apart from standard IP routing. 01:35 Middle boxes are diverse and include functions like NAT, firewalls, load balancers, web caches, and content distribution networks. 03:05 Middleboxes extend network layer functions beyond standard IP routing. 04:38 The internet's architecture includes various middlebox functions. 06:00 Architectural principles of the internet 07:34 Implementing reliability and congestion control at network edges is preferable. 08:57 The intelligence in the telephone network was implemented within the network itself, while in the internet architecture, the intelligence is at the network edge. 10:26 Intelligence in software on top of dumb white boxes within the network

Generalized Forwarding and Open Flow in Router Operations 00:12 Generalized forwarding allows routers to consult multiple fields and take a wider range of actions. 01:27 Generalized forwarding expands matching and action options. 02:43 Generalized Forwarding in OpenFlow 1.0 04:08 Generalized Forwarding allows for flexible packet handling 05:22 OpenFlow rules enable firewall implementation 06:45 Specifying network wide behaviors with flow tables and SDN controller 08:04 Generalized forwarding allows matching over multiple fields in network and transport layer headers. 09:31 Match + action enables a wide range of network functionality.

Importance of Network Address Translation and IPv6 in Managing IPv4 Address Space 00:13 Network Address Translation (NAT) and IPv6 address space are key to overcoming IPv4 limitations 02:41 Network Address Translation (NAT) provides advantages such as security and flexibility. 05:08 Network Address Translation (NAT) process and implications 07:34 IPv6 was motivated by the need for a larger address space and introduced innovations like tunneling and flow labels. 10:02 IPv6 header has no checksum, fragmentation, reassembly, or options fields, and allows for faster processing. 12:36 Tunneling allows IPv6 routers to forward IP Datagrams over IPv4 networks. 15:14 IPv4 network acts as a tunnel for IPv6 communication 17:53 Tunneling allows co-existence of IPv4 and IPv6 for end-to-end datagram forwarding. 20:03 Internet Protocol IP is crucial for the Internet's network layer.

Understanding Router Architecture and Components Part 1 00:12 Understanding the inner workings of router architecture. 01:53 Router input port components 03:38 Understanding network layer header and forwarding tables. 05:32 Longest prefix matching simplifies matching IP addresses 07:21 Longest prefix matching is crucial in router forwarding decisions. 09:06 Different approaches to building high-speed switching fabrics 10:52 Routers use different types of switching fabrics for efficient packet transfer. 12:41 Switching fabrics in routers use parallel paths for high performance

Data Plane Fundamentals for Internet Connectivity 00:08 network layer and its essential role in networking. 01:53 Network Layer functions 03:48 Routers forward data grams locally and are coordinated globally for end-to-end path. 05:39 Difference : forwarding and routing 07:31 compute forwarding tables (traditional and Software Networking approaches) 09:32 Network layer service model is best effort without guaranteed delivery or bounded delay. 11:26 Overview of network architectures and QoS classes 13:31 Best-effort service and distributed infrastructure

Internet Protocol (IPv4) and Addressing Basics 00:11 The Internet's network layer is covered in two parts. 02:33 The Internet Protocol controls data formats, addressing, and packet handling conventions. 07:19 IP addresses identify link layer interfaces, not hosts or routers. 09:44 Each subnet contains devices that can directly reach each other. 14:55 DHCP clients server message exchange 17:34 DHCP message process overview 22:07 Address allocation, forwarding table lookup, and BGP routing are tied together. 24:40 ICANN administers and allocates the IPv4 address space. 28:59 Internet Protocol started with a 32-bit address space

Packet Scheduling and Buffer Management inside a Router 00:08 Packet scheduling and buffer management are crucial for controlling packet loss and delay. 02:19 Buffering and congestion at the output port. 04:32 The amount of buffering in a router is a complex issue. 06:52 Output port buffer is crucial for managing global internet scale behavior. 09:13 Packet scheduling disciplines in routers 11:33 Traffic can be classified into priority classes based on type, source or destination addresses, and company's willingness to pay for better service. 13:55 Weighted fair queuing allows bandwidth guarantees on a per-class basis. 16:21 Three bright-line rules associated with network neutrality 18:36 No paid prioritization rule prevents unequal treatment of streaming traffic providers. 20:47 The Internet's policies and governance are still evolving.

Jim always smiling, makes the lessons so much more interesting

Hi professor Kurose did a router drop you? Do you need to be re-sent?

this man is proof that a good teacher can make anyone understand anything, amazing video, cleared up a whole lot of confusion

Who would believe me that your course is a whole course taught in our university in the first year. have any permission?

it's 6am, I've got a networking test at 8am, you saved me man

the GOAT 🔥 would not have passed my exams without these vids

So damn sick of computer networking. Might drop out and become a plumber.

Just two days ago started reading your book. İncredible book. Everything explained very clearly. Thanks a lot 🙏

can anyone help me? On UDP protocol how does sender knows the destination port number?

The slide about BGP messages says they are specified in RFC 4371. They are actually specified in RFC 4271, as Dr. Kurose correctly states at 5:20