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Star
The common network of bus topology is a network where clients are connected through cables called a bus. You can learn more about this at the Wikipedia. Once on the website, type "Bus network" into the search field at the top of the page and press enter to bring up the information.
hub and spoke
Peer to Peer network model is a way to share data amongst Devices in a WorkGroup. This method requires same Compatible Operating Systems & Common usernames along with same Protocols.
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In schools, a common networking topology used is a star topology. This setup involves connecting individual devices to a central switch or hub, facilitating efficient communication between devices. This topology offers ease of connectivity and centralized management, making it suitable for educational environments.
Computers can be interconnected in different ways to form a network. Such different ways of interconneconnection are called computer topologies. There are 5 topologies. They are: * BUS TOPOLOGY * RING TOPOLOGY * STAR TOPOLOGY * MESH TOPOLOGY * TREE TOPOLOGY
A star topology; a network topology in which endpoints on a network are connected to a common central device by point-to-point links.
Bus Topology
The "star" topology is the most common.
A topology is the physical configuration of a network. Each network has their own particular type of topology, with the most common being LAN or WAN. Irregular topology is a common topology of LAN, where the information is sent through random connections between computers.
In a LAN, the star topology is very common.
For a topology, the most common is a star topology.
bus topology, ring topology
Sure, the machines have to be connected somehow. A star topology is quite common.
Star Typology The third topology is the Star. This is the most common, and most familiar LAN topology in use. In a Star setup, all devices connect to a central hub. Each device accesses the LAN independently of the others. That is, unlike a Ring or Bus, on a Star, there is no backbone that carries all the data to all the stations. The hub functions as a pseudo-backbone, but without the electronic requirements of a Ring or Bus. In a Star, hubs can be interconnected, to allow for greater flexibility of configuration and load balancing. The number of stations on a given Star is limited by the size of the hub, and available bandwidth. Similar to the Bus and Ring, bandwidth on a Star is shared by all stations. brought to you from: http://www.mactech.com/articles/mactech/Vol.16/16.06/Jun00GettingStarted/index.html 10/06/2009
One of the most popular topologies for Ethernet LANs is the star and extended star topology. It is easy to setup, it's relatively cheap, and it creates more redundancy than the Bus Topology. The Star Topology works by connecting each node to a central device. This central connection allows us to have a fully functioning network even when other devices fail. The only real threat to this topology is that if the central device goes down, so does the entire network. The Extended Star Topology is a bit more advanced. Instead of connecting all devices to a central unit, we have sub-central devices added to the mix. This allows more functionality for organization and subnetting- yet also creates more points of failure. In many cases it is impractical to use a Star Topology since networks can span an entire building. In this case, the Extended Star Topology is all but necessary to prevent degraded signals. Whereas the Star Topology is better suited for small networks, the Extended Star Topology is generally better for the larger ones.