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Using the layer models describe the ordering and delivery of a pizza, indicating the interactions at each level.

Question Preview:

Using the layer models in Figure, describe the ordering and delivery of a pizza, indicating the interactions at each level.

In LOS communication, consider d = 40km, the requirement is to make two antennas(transmitter and receiver) such that the height of one antenna should be twice of the other. Considering this, find the appropriate heights of these two antennas.

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Question Preview:

Using the layer models in Figure, describe the ordering and delivery of a pizza, indicating the interactions at each level.

In LOS communication, consider d = 40km, the requirement is to make two antennas(transmitter and receiver) such that the height of one antenna should be twice of the other. Considering this, find the appropriate heights of these two antennas.

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The guest places the order to the pizza place using the physical model of the telephone line. The hosts place orders through the pizza clerk, who then pass the order to the kitchen through the telephone line. When the pizzas are ready, these are delivered to guests and hosts in pizza van, whose driver collect the payments and pass back to pizza order place.

There is one big advantage of the virtual approach is that even if the resource is on demand; the source can verify the presence of resources without actually reserving it. And also in packet switching, since packets are used it is generally very fast and also we can use all bandwidth at once

D=sqrt(2*h1*r)+sqrt(2*h2*r)

Where D=distance=40km=2*10^4m

Also, h1=2*h2

D=sqrt(2*h2*r)*(1+sqrt(2))

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