So in this video, we are going to talk about the co-pilot as to why this is the arrangement of a network
on how to connect, how to transfer the data.
So these are different sort of words.
First, I want to raise, I thought, to write some notes on these companies.
What point of view?
You just scan every computer in the network.
So that's what I thought.
These companies are not that much important.
But you need to know about dishtowels.
So let's start with this, what Boscobel, in the best of all, the computers are connected to a single
cable.
And these transfers that are Trudi's cable only, right, if this computer wants to call or send data
to discover that it will throw in a single cable.
And in that case, would the data gets transferred.
So the main disadvantage of this, Mustapa, is if you're turning files and distorter segment after
this.
Computer files, right?
So if this single cable fits the Internet purpose, that is the main drawback of this past.
So it is very easy to or very cheap to implement because there is only one cable and the cable goes
to these computers.
Right.
And.
Let me stop pursue this, Mr. Valge is one is to end poverty and one that is connected to three or more
computers.
And as you can see, this computer has created this one, this one and this one.
And this apology, some take some more cash because of this vice, and if you have more, come with
us.
This is somewhat confusing to understand because we it goes to each one and deciding to come to this
one friend of ours.
So in this, the computers are connected to adjacent computers.
Right.
And if you if I want to send this data from this computer to this computer, it has to travel through
this ring or this ring.
So the main drawback of this thing, these.
You need to send the data through multiple computers if you want to reach some fast computer.
So if I want to read from this to this one, I need to travel through these two computers.
So take some time.
And every body has its own trouble and we need to improve it according to our number of computers and
according to the size of the network and coming to the start of this, usually we are improving.
Here happens each and every computer to this switch or other network device.
And this network device is connected to Internet.
So the one the main drawback is if there is 100 computers connected to this, which are 50 computers,
then.
If everyone tries to sell at the same time, the condition takes place, so it's it's like Denial-of-service,
but it's not that much do no service, but the somewhat condition takes place when there is only a single
dose handling that every request.
So if the single device fails, then whole network fails, right.
And in the ring towards you, also, if a single note breaks and almost half of the ring breaks, so
intractable or the wrong, suppose if this ring is broken and you need to transfer the data all through
computers to reach this computer.
So even in a normal situation, it takes time.
And if the wiring is broken and it takes more time than normal succumbing to this fully, this is the
combination of Mosch and bring towards you.
So the drawback of today is the time.
And that was that was identified by using this methodology between those computers.
So this is very cost effective because every computer should have those many cables and other ports
to connect to.
And this was advantageous, even a single inquest, there will be another backup link, right?
That is that when they discovered you, but it is much more cost efficient than any other topologies.