1. High Availability: This requirement can be supported by a redundant network architecture. By having multiple paths between nodes, the network can continue to function even if one path becomes unavailable.

2. Scalability: A modular network architecture supports this requirement. In a modular architecture, additional nodes can be added as needed without disrupting the existing network.

3. Security: A layered network architecture can support this requirement. By separating the network into different layers, each with its own security measures, the overall network becomes more secure.

4. Performance: A high-speed network architecture can support this requirement. This type of architecture uses fast transmission technologies and efficient routing methods to ensure high performance.

5. Manageability: A hierarchical network architecture supports this requirement. In a hierarchical architecture, the network is divided into discrete levels, each of which can be managed separately. This makes it easier to isolate problems and perform maintenance tasks.

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1. High Availability: This requirement can be supported by a redundant network architecture. By having multiple paths between nodes, the network can continue to function even if one path becomes unavailable.

2. Scalability: A modular network architecture supports this requirement. In a modular architecture, additional nodes can be added as needed without disrupting the existing network.

3. Security: A layered network architecture can support this requirement. By separating the network into different layers, each with its own security measures, the overall network becomes more secure.

4. Performance: A high-speed network architecture can support this requirement. This type of architecture uses fast transmission technologies and efficient routing methods to ensure high performance.

5. Manageability: A hierarchical network architecture supports this requirement. In a hierarchical architecture, the network is divided into discrete levels, each of which can be managed separately. This makes it easier to isolate problems and perform maintenance tasks.

Knowee AI · Accepted Answer

1. High Availability: This requirement can be supported by a redundant network architecture. By having multiple paths between nodes, the network can continue to function even if one path becomes unavailable.

2. Scalability: A modular network architecture supports this requirement. In a modular architecture, additional nodes can be added as needed without disrupting the existing network.

3. Security: A layered network architecture can support this requirement. By separating the network into different layers, each with its own security measures, the overall network becomes more secure.

4. Performance: A high-speed network architecture can support this requirement. This type of architecture uses fast transmission technologies and efficient routing methods to ensure high performance.

5. Manageability: A hierarchical network architecture supports this requirement. In a hierarchical architecture, the network is divided into discrete levels, each of which can be managed separately. This makes it easier to isolate problems and perform maintenance tasks.

Match the requirements of a reliable network with the supporting network architecture

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