In which type of topology all components of a network are connected to each other directly?
What is Topology?Topology defines the structure of the network of how all the components are interconnected to each other. There are two types of topology: physical and logical topology. Show
Physical topology is the geometric representation of all the nodes in a network. Bus Topology
CSMA: It is a media access control used to control the data flow so that data integrity is maintained, i.e., the packets do not get lost. There are two alternative ways of handling the problems that occur when two nodes send the messages simultaneously.
Advantages of Bus topology:
Disadvantages of Bus topology:
Ring Topology
Working of Token passing
Advantages of Ring topology:
Disadvantages of Ring topology:
Star Topology
Advantages of Star topology
Disadvantages of Star topology
Tree topology
Advantages of Tree topology
Disadvantages of Tree topology
Mesh topology
Where n is the number of nodes that represents the network. Mesh topology is divided into two categories:
Advantages of Mesh topology:Reliable: The mesh topology networks are very reliable as if any link breakdown will not affect the communication between connected computers. Fast Communication: Communication is very fast between the nodes. Easier Reconfiguration: Adding new devices would not disrupt the communication between other devices. Disadvantages of Mesh topology
Hybrid Topology
Advantages of Hybrid Topology
Disadvantages of Hybrid topology
In which network topology All the devices are connected to each other?A bus topology orients all the devices on a network along a single cable running in a single direction from one end of the network to the other—which is why it's sometimes called a “line topology” or “backbone topology.” Data flow on the network also follows the route of the cable, moving in one direction.
In which topology The components are directly connected with other components?Ring network topology
A ring topology is a configuration where every device directly connects to two other devices on a network, forming a continuous circle in a nonhierarchical structure. Data sent to a specific device transmits from device to device around the ring until it reaches its intended destination.
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