zaki natto
Mesh Topology
most likely a mesh
A full mesh.
A wireless mesh network really doesn't make sense; the mesh topology assumes that every node in the network has a connection to every other node, and is primarily used for fault tolerance.With wireless technology there is no concept of a "connection", therefore having a mesh topology with a wireless network would be very difficult.Wi-Fi is a wireless technology.
A mesh topology is where each node or computer has a direct link to every other node that it needs to talk to. This topology is okay for small computer set ups (e.g. upto 6 computers) that need very high speed communication between them.Its not really used any more because it all gets a bit meshy...
Partial mesh topology is a network configuration where some nodes are interconnected with multiple redundant paths, while others are connected to only one or a few nodes. This setup allows for increased reliability and fault tolerance, as data can take alternative routes if a connection fails. However, it is less complex and costly than a full mesh topology, where every node is connected to every other node. Partial mesh is often used in scenarios where some nodes require high availability while others have less critical connectivity needs.
No, because there is a hub between star topology and every station connect to that central hub. hub cause broadcast and congession since packet loss is more likely to occur. I suggest that mesh topology is more faster as there is a dedicated link to each node.
Full Mesh topology is used to connect every host or site to every other host or site. In a full mesh network, each node is connected directly to every other node in the network, providing a high level of redundancy and fault tolerance. However, it can be expensive and complex to implement on a large scale.
The most common LAN topology is that of a "star." In a star topology, each computer, or "node", is connected to a central hub. This is more reliable than a more classical "ring" topology, because a node failing will not bring down the entire network. A bus topology is arguably more reliable, but has poorer performance.
Ring topology
Network topologies are connected through various physical and logical arrangements of nodes (devices) and the links (cables or wireless connections) that join them. Common types include star, ring, bus, mesh, and hybrid topologies, each dictating how data travels between nodes. For instance, in a star topology, all nodes connect to a central hub, while in a mesh topology, each node connects to multiple others for redundancy. The choice of topology affects network performance, reliability, and scalability.
The topology where each node is connected to every other node is called a "fully connected" topology or "complete topology." In this arrangement, every device can communicate directly with every other device without the need for intermediary connections, leading to high redundancy and reliability. However, this topology can be costly and complex to implement, especially as the number of nodes increases.