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Differentiate between Circuit Switching, Message Switching, and Packet Switching
In this approach, there is a dedicated route between sender and receiver. Before the link is determined in the circuit switching approach, the dedicated route will continue until the connection is eliminated.
Message Switching is an approach in which a message is sent as a whole unit and routed by the intermediate hub at which it is saved and delivered. There is no installation of a dedicated route between the sender and receiver in the message switching approach.
The destination location is added to the message. It supports flexible routing as the message is routed by the intermediate hub based on its data.
Packet switching is a switching approach in which the message is transmitted in one go, but it is split into the lower item, and they are sent separately. The message divided into lower elements are called packets, and these packets are provided with a specific number to recognize their series at the receiving end.
Data is sent in various units of variable length of structures which are known as packets in a packet-switched network. Each packet includes some data in its headers, including source address, destination address and order number.
|Basics||Circuit Switching||Message Switching||Packet Switching|
|Connection Creation||Connection is created between the source and destination by establishing a dedicated path between source and destination.||Links are created independently one by one between the nodes on the way.||Links are created independently one by one between the nodes on the way.|
|Queuing||No queue is formed.||Queue is formed.||Queue is formed.|
|Message and Packets||There is one big entire data stream called a message.||There is one big entire data stream called a message.||The big message is divided into a small number of packets.|
|Routing||One single dedicated path exists between the source and destination.||Messages follow the independent route to reach a destination.||Packets follow the independent path to hold the destination.|
|Addressing and sequencing||Messages need not be addressed as there is one dedicated path.||Messages are addressed as independent routes are established.||Packets are addressed, and sequencing is done as all the packets follow the independent route.|
|Propagation Delay|| No|| Yes|| Yes|
|Transmission Capacity|| Low|| Maximum|| Maximum|
|Sequence Order||Message arrives in Sequence.||Message arrives in Sequence.||Packets do not appear in sequence at the destination.|
|Use Bandwidth||Wastage||Bandwidth is used to its maximum extent.||Bandwidth is used to its maximum extent.|
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