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Network topology is the physical picture sdsu blackboard of the pattern of relationships between network components, including servers, workstations, hubs, and cabling. A network topology based on how connecting a node or central in forming a network system. Network topology commonly used are: Mess, Star (Star), Bus, Tree, and Ring (ring).
i. Mesh Network Topology blackboard
Mesh topology is the topology that is designed to have a level of restoration, with a variety of alternative routes that are generally prepared through software support. Every existing peripherals on the network is connected directly (point to point) to any other peripherals in the network.
This network topology implement fully the relationship between the central. The number of channels that should be provided to form a mesh network is a central number minus 1 (n-1, n = number of central). For example, if there are 10 computers connected to the network, each computer connected to the network, is connected also with 9 other computers on an ongoing basis. Mesh topology is implemented to the maximum extent possible menyediakn protection at the data receiver. This type of topology feels less economical, because the cost is relatively expensive operation.
The characteristics of mesh networks:
1) mesh topology is used in the ISP (Internet Service Provider) to make sure if there is damage to one of the computer systems will not interfere with the relationship network with other computers in the network system.
2) The number of channels should be provided to form a mesh network is a central number minus 1 (n-1, where n = the number of central).
3) The level of difficulty is proportional to the increasing number of central installed on the network.
History of project
In this part you can describe the project's history and give reasons for its creation. It is convinient to mention project milestones and honor participating people.
