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!
@junn12517 күн бұрын
All thanks to Prof. Kurose, I believe in the academic comeback
@darknation61748 күн бұрын
Anbody else got problems with the video from 3:28 to 3:34? The Frames just go crazy.
@onepiecelover3213 күн бұрын
This guy really likes networking
@hatsunemikuwannabe541915 күн бұрын
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
@user-sjd862hka916 күн бұрын
Could you set auto subtitle allowed please? I needed it to understand better in not English-based country😥😥
@rsocialhateband352917 күн бұрын
the great master!
@rslinux00slinux9618 күн бұрын
Great Master!
@tanmaysutar360620 күн бұрын
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!!
@klevisimeri60725 күн бұрын
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@klevisimeri60725 күн бұрын
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@tardlyfe357125 күн бұрын
fk csc358
@oscarsssss27 күн бұрын
Thank you so much for these videos sir!
@keremokumus283427 күн бұрын
07:00 If brits think that they are number one at queueing, just wait until they hear about engineering students at ESOGÜ.
@itselfintime27 күн бұрын
Ah yes, biggest enemy of esogu engineering students, faculty of education bois
@abdulfaiqkhattak855728 күн бұрын
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.
@duckbear189228 күн бұрын
This guy is no joke, he wrote the book, made the videos, and then put ads on it xD
@dayssnow1049Ай бұрын
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
@dayssnow1049Ай бұрын
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.
@dayssnow1049Ай бұрын
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.
@dayssnow1049Ай бұрын
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
@dayssnow1049Ай бұрын
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
@dayssnow1049Ай бұрын
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
@dayssnow1049Ай бұрын
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.
@fsnapsАй бұрын
Jim always smiling, makes the lessons so much more interesting
@jeanlee1447Ай бұрын
Hi professor Kurose did a router drop you? Do you need to be re-sent?
@DaBestAround5 күн бұрын
this comment is absolutely gold. got the exact same humour as Dr Kurose.
@breezeeking7266Ай бұрын
this man is proof that a good teacher can make anyone understand anything, amazing video, cleared up a whole lot of confusion
@MR.X1Y3Ай бұрын
Who would believe me that your course is a whole course taught in our university in the first year. have any permission?
@bi_tuxvin4579Ай бұрын
it's 6am, I've got a networking test at 8am, you saved me man
@elaineh3Ай бұрын
the GOAT 🔥 would not have passed my exams without these vids
@user-gz1nv6nw3qАй бұрын
So damn sick of computer networking. Might drop out and become a plumber.
@thecurious6721Ай бұрын
Just two days ago started reading your book. İncredible book. Everything explained very clearly. Thanks a lot 🙏
@turkersubasiАй бұрын
can anyone help me? On UDP protocol how does sender knows the destination port number?
@runninglobster147Ай бұрын
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
@san_2310Ай бұрын
😅
@san_2310Ай бұрын
Brhdnr
@klevisimeri607Ай бұрын
🧠. To be honest I like that he always smiles no matter the video.
@klevisimeri607Ай бұрын
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@klevisimeri607Ай бұрын
🧠. I love how his hair progressively gets messier as the videos go on.
@klevisimeri607Ай бұрын
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@klevisimeri607Ай бұрын
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@klevisimeri607Ай бұрын
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@suki8848Ай бұрын
I use this videos to revise for my exams, you make studying less hard! Thank you so much for making them public ❤