How to Simulate Open Shortest Path Projects using OPNET

To simulate Open Shortest Path First (OSPF) projects using OPNET have needs to follow the given structure, You may consult us for optimal outcomes regarding all forms of simulation and configuration in your research work.:

Steps to stimulate the Open Shortest Path Projects using OPNET

1. Set up the OPNET Modeler Environment

• Launch OPNET Modeller and generate an innovative project.
• To configure the replication of ecological to describe the network topology and parameters metrices for OSPF.

2. Create Network Topology

• Utilized the network node editor to model the topology through enhancing the routers and connections.
• Intended for OSPF assure the network contains the minimum two routers with various interconnected connections to follow the OSPF route estimates effectively.
• To allows the IP addresses for the network nodes and connections.

3. Configure OSPF Protocol on Routers

• In the belongings of every router node to ensure their OSPF protocol.
• To configure the OSPF parameters metrices like as the OSPF area of router ID to cost for every connection to give the priority.
• Describe the regions if network have several OSPF regions like as area 0 for the backbone.

4. Set Link Costs and OSPF Metrics

• Describe the connections costs to control path chosen these are complex to OSPF utilized this costs to determine the minimum path.
• To configure the bandwidth for delay and other connections parameters metrices that could be affect the OSPF routing decisions.

5. Add Traffic Generation

• Improve the traffic sources and destinations in the network to create a data flow.
• Utilized the traffic generators to replicate a data being transfer across the different network paths that would permits the OSPF to measures and creates routing tables.

6. Set up OSPF Simulation Parameters

• Go to the replication setting and configure the parameter metrices like replication time and packet capturing selections.
• Ensure the logging for OSPF to capture explained the OSPF communications like as Hello packets, Link State Advertisements (LSAs), and the minimum path selection.

7. Run the Simulation

• To process the replication and track on how OSPF creates routes according on their minimum path measurements.
• To follow the OSPF convergence process and validate that data packets are observing the optimal paths as determined through OSPF.

8. Analyze Results

• Utilized the OPNET’s analysis tools to visualize network performance parameter metrics like as utilize their connection and routing table variations of OSPF communications.
• Associate their outcomes across various settings such as changing link costs or adding/removing nodes) to display on how to OSPF recalculates their paths.

We successfully established the Open Shortest Path projects by defining the network topology, select and forwarding the packets to source to destination. We also showed the implementation with samples and to enhance the simulation network in OPNET environment through this approach. If you need any doubts, we will clarify another manual.