Status Updates From Computer Networking: A Top-...

Easy to read book, explains concepts very clearly

فکر نمی‌کردم برگردم گودریدز که کتاب مرجع اضافه کنم. زندگی هیجان‌انگیز :)

Brutal af, but extremely comprehensive. Currently working through chapter one's review and discussion questions. Looking forward to learning more about the application layer in chapter two.

Kurose, por favor, seguí con las analogías

A bit on the operation of cellular network security and firewalls.

Studying on the processes needed to secure connections using cryptography and IP datagrams.

On network security methods and systems, and how they can be used to protect the data. Examples given like RSA Algorithms.

A bit on the difference in protocol stacks for Wireless Networks compared with wired networks.

Analyzing the IEEE 802.11 protocol and dealing with Wireless Networks. Mainly the method required to connect to a network and avoid collisions on the link level.

CDMA Protocol for wireless networks and starting with the 802.11 protocol.

On how Virtual Local Area Networks (VLANs) work and how data centers operate. Didn't spend as much time here since its beyond my interest.
Also read about how a simple web page request is made by integrating all the available protocols into a single one.
I wish there was more code and network assignments and tutorials. So far it has been quite theoretical.

On the collision detection protocols to ensure link-layer networks can transmit without clogging the transmission lines. Starting a review on the Ethernet protocol, its strengths and operational methods.

Link Layer protocols to transfer datagrams and how they can be used when multiple node devices exist, thus requiring broadcast and handling turns.

The Network Layer Protocol seen from the Connection Level and how application based routing is better and faster to update than circuit based routing.

A discussion on the routing algorithms such as Dijkstra and Distance Vector. Currently checking the BGP routing algorithm.

The control plane on the Network Layer. Now to implement Dijkstra's Algorithm as a way to practice routing.

On IP protocol version 4 and 6, the ways they work and how DHCP and NAT systems help ensure that IPs are available to connecting systems.

IP configuration addresses and DNS Hosts and their structure to form subnetworks.

Reading this for class yawn yawn

Checking the IP datagram structure to understand it in more depth, may take a bit studying it. Also slow day with lots of work to do.

On IP protocols and buffers that impact the delays in transmission.

Started checking the operation of routers using routing tables that are configured through routing algorithms.

Studied some of the congestion control mechanisms of TCP and reached QUIC protocol created by Google. Studied it lightly because it doesn't fit my current interests but may re-read in a few years.

Working through transport layer protocols and how UDP works.

Doing assignment to build a web server and mail client using C.

Returning to this analysis about TCP/UDP protocols.

I have been wanting to start this book for a long time and right now I'm pretty excited to finally get to it. The top-down approach is especially interesting to me because it starts from the application layer that is more tangible and I have the most understanding of.

Viene bien, si complemento con los ejercicios es como cursar la materia en verano, literalmente.

On application layer protocols and creating an UDP Client-Server Architecture using Python.

Just got into part 1.4. So far the concepts of packet switching and circuit switching have been interesting.