bus
Star Topology
MESH
The most redundant network topology is the mesh topology. In a full mesh configuration, every device is directly connected to every other device, ensuring multiple pathways for data transmission. This redundancy allows the network to maintain functionality even if one or more connections fail, as alternative routes are available. Consequently, mesh topology is often utilized in critical systems where reliability is paramount.
star topology
A ring topology is useful in a school network because it provides a redundant path for data transmission, ensuring network reliability. It is easy to troubleshoot and isolate issues in a ring network due to its circular structure. Additionally, it offers high bandwidth efficiency as data travels in one direction, minimizing collisions and congestion.
Topology
1.easy to expand 2.mesh network in which multiple redundant links exist between multiple nodes
the ring topology is a network within which all computer are connected like in a circle. The ring topology data transmission is depending on a token. it's a programme given to a computer to allow it to communicate with others computers. it's useful but if one computer goes down, the topology is down too.
Network topology is the physical design of a LAN which resolves the conflict that occurs between computers on the network attempting to transmit at the same time. Whereas protocols are the standards used by networks to permit communication between network-connected devices. -s74
yes, network topology does matter to design a network. as we know that topology is a structure of network. without a topology network cannot be designed. we have to consider which topology to use and what does each topology does. different topology have its different features. if you want most secure connection use full mesh topology
A star topology is a method of connecting several computers to one another in a network. The cables used in a star topology are twisted pair cables or coaxial cables. Coaxial cables would be the cheapest solution.
Start with your basic bus topology, where you have a beginning and an end of the network with however many nodes connected in series between. Now, add an identical bus network, except this time start from the other bus network's end and end at this other network's beginning. That's a dual bus topology. This simply provides a single, fail-safe mechanism to the normal bus topology.