"A bus network is a network topology in which nodes are directly connected to a common half-duplex link called a bus."
A network topology in which all devices are connected to a single cable called the bus, thereby creating a single network segment.
Basic topology: Understanding the concept of network topology and how Bus topology fits into it.
Physical bus topology: Understanding the physical components of a Bus topology such as a single cable, terminators, and devices.
Logical bus topology: Understanding how the communication takes place among devices on the Bus.
Transmission mode: Understanding the mode of data transmission used in Bus topology, i.e., half-duplex or full-duplex.
Data transfer speed: Understanding the data transfer rate in a Bus topology and the factors that affect it.
Signal reflection: Understanding how signal reflection occurs in Bus topology and how it can be minimized.
Collision management: Understanding how Bus topology manages collisions that occur when two devices transmit data simultaneously.
Advantages of Bus topology: Understanding the advantages of using Bus topology over other types of network topologies.
Disadvantages of Bus topology: Understanding the limitations and drawbacks of Bus topology.
Troubleshooting: Knowing how to identify and troubleshoot common issues that may arise in a Bus topology network.
Cable specifications: Understanding the cable specifications used in Bus topology such as impedance, attenuation, and others.
Network protocols: Understanding the network protocols that can be used in Bus topology such as Ethernet, CAN, and others.
Linear Bus Topology: This is the only type of bus topology that exists. It is a network topology in which all the devices are connected to a single cable line known as the bus, which acts as a communication medium for the devices connected to it. In this topology, each device is connected to the bus at a specific point, and data is transmitted in the form of packets. All the devices on the bus receive the transmitted data, but only the device for which the data is intended processes it. This topology is widely used in Ethernet LANs.
"A host on a bus network is called a station."
"In a bus network, every station will receive all network traffic."
"The traffic generated by each station has equal transmission priority."
"A bus network forms a single network segment."
"A bus network forms a single collision domain."
"In order for nodes to share the bus, they use a medium access control technology such as carrier-sense multiple access (CSMA) or a bus master."
"In order for nodes to share the bus, they use a medium access control technology such as carrier-sense multiple access (CSMA) or a bus master."
"In order for nodes to share the bus, they use a medium access control technology such as carrier-sense multiple access (CSMA) or a bus master."
"Nodes are directly connected to a common half-duplex link called a bus."
"A bus network is a half-duplex link."
"Nodes are directly connected to a common half-duplex link called a bus."
"The traffic generated by each station has equal transmission priority."
"In order for nodes to share the bus, they use a medium access control technology such as carrier-sense multiple access (CSMA) or a bus master."
"A bus network is a half-duplex link."
"The traffic generated by each station has equal transmission priority."
"A bus network forms a single network segment and collision domain."
"In a bus network, every station will receive all network traffic."
"In order for nodes to share the bus, they use a medium access control technology such as carrier-sense multiple access (CSMA) or a bus master."
"A bus network forms a single collision domain."