A mesh topology
Some reasons why Mesh Topology is best :

1. Failure during a single device won’t break the network.
2. There is no traffic problem as there are dedicated point-to-point links for every computer.
3. Fault identification is straightforward.
4. This topology provides multiple paths to succeed in the destination and tons of redundancy.
5. It provides high privacy and security.
6. Data transmission is more consistent because failure doesn’t disrupt its processes.
7. Adding new devices won’t disrupt data transmissions.
8. This topology has robust features to beat any situation.
9. A mesh doesn’t have a centralized authority.

BUS topology is a suitable, cost-effective solution for smaller networks for us.

there are some of the benefits of bus topology:

whole devices in a bus topology are connected by a single cable.
tow or more nodes can be simply added to the network if necessary by connecting more connections.
In comparison to a star topology, this requires less cable length.
It's simple to add or delete devices from this network without affecting others.
In comparison to other network topologies, it is quite cost-effective.

Because design is the foundation, BUS topology is the ideal, inexpensive solution for small networks.

The following are some of the benefits of bus topology:

All devices in the bus topology are connected by a single cable.
Additional notes can only be added to the network if necessary by connecting additional connections. Compared to star topology, this requires less cable length.
It's easy to add or remove devices to this network without touching others.
Compared to other network topologies, it is more expensive.

Bus topology is the best if I consider cost and performance
Here are some benefits of using a bus topology:

Cable cost is less as compared to other network topology
Cost of the cable is very less as compared to other topology, so it is widely used to build small networks.
Easy to connect or remove devices in a network without affecting any other device.
In case of any computer or device failure, there will be no effect on other devices or network.
It is easy to understand topology.
Easy to expand by joining two cables together
No hubs or switches are required.

i think BUS is best if we consider about cost and performance. There are some reason:
1. Cable cost is less as compared to other network topology like mesh and star.
2. No need to use additional device like repeater, switch, hub.
3. Easy to add more device.
4. In case of any computer or device failure, there will be no effect on other devices or network.

Bus topology is a good, cost-effective choice for smaller networks because the layout is simple, allowing all devices to be connected via a single coaxial cable. If needed, more nodes can be easily added to the network by joining additional cables.

Bus topologies are a good, cost-effective choice for smaller networks because the layout is simple.
The following are some of the benefits of bus topology :
1 . Due to its centralized nature, the topology offers simplicity of operation.
2 . It also achieves isolation of each device in the network.
3 . Adding or removing network nodes is easy, and can be done without affecting the entire network.
4 . Due to the centralized nature, it is easy to detect faults in the network devices .
5 . All devices in a bus topology are connected by a single cable.
6 . It is easy to understand topology.

Bus topology is the best if I consider cost and performance
Here are some benefits of using a bus topology:

Cable cost is less as compared to other network topology
Cost of the cable is very less as compared to other topology, so it is widely used to build small networks.
Easy to connect or remove devices in a network without affecting any other device.
In case of any computer or device failure, there will be no effect on other devices or network.
It is easy to understand topology.
Easy to expand by joining two cables together
No hubs or switches are required.

Bus topology is the best if I consider cost and performance

BUS is best if we consider about cost and performance. There are some reason:
1. Cable cost is less as compared to other network topology like mesh and star.
2. No need to use additional device like repeater, switch, hub.
3. Easy to add more device.
4. In case of any computer or device failure, there will be no effect on other devices or network.

Because the layout is basic, the bus topology is a suitable and economical solution for small networks.
The following are some of the advantages of bus topologies :
1. All devices in the bus topology are connected by a single cable.
2. More nodes can be added to the network by attaching more connections if needed. Shorter cable lengths are required compared to star topologies.
3. Easily add or remove devices from this network without affecting others.
4. Significantly cost-effective compared to other network topologies.

Considering cost and performance, Bus topology is the best. Some benefits of using a bus topology are; cable cost is less as compared to other network topologies. The cost of the cable is very less as compared to other topologies, so it is widely used to build small networks. Easy to connect or remove devices in a network without affecting any other device. In case of any computer or device failure, there will be no effect on other devices or networks. Easy to expand by joining two cables together No hubs or switches are required.

In my consideration,Bus topology is the best if I consider cost and performance

Cable cost is lesser as compared to other network topology,So it is widely used to build small networks.

In case of any computer or device failure, there will be no effect on other devices or network

Easy to connect or remove devices in a network without affecting any other device.

Easy to expand by joining two cables together as No hubs or switches are required.