-  [WT]  [Home] [Manage]

[Return]
Posting mode: Reply
Name
Email
Subject   (reply to 77)
Message
Captcha
File
Embed   Help
Password  (for post and file deletion)
  • Supported file types are: 7Z, GIF, JPG, M4A, MP3, PDF, PNG, RAR, SWF, TORRENT, TXT, XZ, ZIP
  • Maximum file size allowed is 10240 KB.
  • Images greater than 200x200 pixels will be thumbnailed.
  • Currently 170 unique user posts. View catalog

  • Blotter updated: 2012-05-14 Show/Hide Show All

File 129863346818.gif - (199.90KB , 280x280 , trippy.gif ) Thumbnail displayed, click image for full size.
77 No. 77
so i've been reading up on the 6 layer model of TCP/IP... i think I understand what the individual layers do, but i'm confused about how they work together. is it the case that when a connection is made over TCP/IP, the transport layer sends a query which is translated by the internet layer into the network layer, and then the reverse happens with the SYN packets etc, this time going all the way up to the application layer?

might have this entirely wrong; sorry if this is the wrong place to post this btw
>> No. 78
sorry, this should be in Tech. movinh
>> No. 87
They are a hivemind. Each layer operates independantly for a common goal.

Some layers do interact, mainly for routing reasons. Layers 2 and 3 do the most of this, as for each packet the layer 2 data is created and destroyed at each switch, guided by the routing tables of layer 3 for selecting which route is used to reach the next router along the way.

Layers 4 and up are much less isolated, as they are closer to the software itself and often are implemented in the application rather than in the infrastructure of the internet.


Delete post []
Password  
Report post
Reason  




Inter*Chan Imageboard Top List