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So in this video, we are going to talk about the co-pilot as to why this is the arrangement of a network

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on how to connect, how to transfer the data.

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So these are different sort of words.

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First, I want to raise, I thought, to write some notes on these companies.

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What point of view?

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You just scan every computer in the network.

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So that's what I thought.

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These companies are not that much important.

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But you need to know about dishtowels.

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So let's start with this, what Boscobel, in the best of all, the computers are connected to a single

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cable.

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And these transfers that are Trudi's cable only, right, if this computer wants to call or send data

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to discover that it will throw in a single cable.

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And in that case, would the data gets transferred.

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So the main disadvantage of this, Mustapa, is if you're turning files and distorter segment after

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this.

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Computer files, right?

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So if this single cable fits the Internet purpose, that is the main drawback of this past.

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So it is very easy to or very cheap to implement because there is only one cable and the cable goes

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to these computers.

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Right.

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And.

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Let me stop pursue this, Mr. Valge is one is to end poverty and one that is connected to three or more

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computers.

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And as you can see, this computer has created this one, this one and this one.

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And this apology, some take some more cash because of this vice, and if you have more, come with

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us.

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This is somewhat confusing to understand because we it goes to each one and deciding to come to this

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one friend of ours.

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So in this, the computers are connected to adjacent computers.

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Right.

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And if you if I want to send this data from this computer to this computer, it has to travel through

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this ring or this ring.

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So the main drawback of this thing, these.

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You need to send the data through multiple computers if you want to reach some fast computer.

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So if I want to read from this to this one, I need to travel through these two computers.

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So take some time.

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And every body has its own trouble and we need to improve it according to our number of computers and

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according to the size of the network and coming to the start of this, usually we are improving.

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Here happens each and every computer to this switch or other network device.

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And this network device is connected to Internet.

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So the one the main drawback is if there is 100 computers connected to this, which are 50 computers,

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then.

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If everyone tries to sell at the same time, the condition takes place, so it's it's like Denial-of-service,

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but it's not that much do no service, but the somewhat condition takes place when there is only a single

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dose handling that every request.

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So if the single device fails, then whole network fails, right.

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And in the ring towards you, also, if a single note breaks and almost half of the ring breaks, so

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intractable or the wrong, suppose if this ring is broken and you need to transfer the data all through

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computers to reach this computer.

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So even in a normal situation, it takes time.

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And if the wiring is broken and it takes more time than normal succumbing to this fully, this is the

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combination of Mosch and bring towards you.

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So the drawback of today is the time.

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And that was that was identified by using this methodology between those computers.

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So this is very cost effective because every computer should have those many cables and other ports

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to connect to.

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And this was advantageous, even a single inquest, there will be another backup link, right?

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That is that when they discovered you, but it is much more cost efficient than any other topologies.