Network Organization, Addressing, and Routing Protocols - Research Paper Example

The database maintaining a routing table develops a shortest path tree. The routes are than calculated the routes while minimizing the use of bandwidth ("Open Shortest Path First." 353-353). However, for a successful OSPF deployment, defining are boundaries and address assignment is essential. (Thomas 800) if all these domains are addressed adequately, the output will make all the difference. These domains are categorized in six different sections illustrated below: OSPF Network Topology OSPF Addressing and Route Summarization OSPF Route Selection OSPF Convergence OSPF Network Scalability OSPF Security In order to achieve the desired objectives, OSPF will ensure data redundancy over the network.

Routers without OSPF enabled configuration will only be able to efficiently communicate routing information with other routers and do not provide redundancy, minimum network utilization and identification of the shortest path (Moy 339). However, there are some considerations that must be taken in to account for implementing network redundancy in OSPF. In order to implement a redundant network with OSPF there must be a backbone line. Moreover, the size of the backbone link must be appropriate, as every router located on the backbone requires reconfiguration for the routes whenever every state of the link changes.

On the other hand, if the size of the backbone is small, the likelihood for change is minimized along with the quantity of CPU cycles that is required to re configure routes. Furthermore, OSPF backbone must be synchronized and all the routers should be directly connected (Moy 339). As OSPF comprises of virtual links, they establish a path between two border routers that are not directly terminated on the backbone link. Likewise, these virtual links are utilized for reconciling segregated backbone.

Lastly, locating workstations, servers or shared network resources on the backbone are not a suitable option, as their absence makes the environment more stable and easy. On the other hand, OSPF enabled routers will ensure shortest path for transmitting data in time and with few hops. Moreover, routing loops can be considered as an alternative to OSPF but have certain drawbacks. For instance, data collision can be unexpected and unmanageable within the network. Therefore, OSPF is recommended for data redundancy along with eliminating traffic bottlenecks that may occur (Moy 339).

The newly established IP version 6 protocol integration with OSPF facilitates for achieving the desired outcomes from the network. Moreover, OSPF is considered as an adaptive routing technique that synchronizes with business networks via Internet Protocol and provides link state routing. This algorithm is beneficial for business networks because large amount of data is exchanged with high redundancy and efficiency. The ultimate benefit for deploying link state routing is the cost, as it is considered as a cost effective solution (Moy 339).

OSPF adoption provides an infrastructure for interior gateway that is beneficial for minimizing for excluding erroneous routing tables, minimizing memory usage and limits the usability on processors that are involved in the process. For satisfying the appetite of bandwidth hungry applications, advanced network protocols are essential to maintain even a network for small medium enterprises. Apart from its benefits to business networks,