The concept of interconnecting networks entails ensuring that the set network structures enables communication and flow of information based on the way in which the network structure is organized. The working of interconnected networks involves integration of diverse network protocols and procedures (Battista, Patrignani, and Pizzonia 2003). Working of Interconnected Networks Domain name services, internet protocols, routers, and switches are some of the network protocols which are normally utilized when interconnecting protocols.
According to William (1992, pp. 190-205), when interconnecting various networks, there is always a need to chose the correct routing protocols in order to ensure maximum utilization of the scarce network space and related resources. In networking a system with the intention of ensuring interconnection, internationally recognized standards of distributed network systems is normally considered (Steve, Randy, Timothy, and Tand 2006). The messages being sent inform of data packets are then allocated different routes based on the predefined network structure.
An intelligent switch and routinng machines are employed in order to adequately determine the routing protocols to be followed by the transmitted messages. To ensure easy communication, a domain name system (DNS) of distributed database capabilities is utilized to map various host names of the information needed to IP addresses which provide other crucial information. In order to clearly indicate the desired routing servers in the interconnection of involved networks, ISP1 and ISP2 routing protocols are also employed to act as paths to the designed root servers within the network.
Path filtering also takes place to eliminate unnecessary or less agent information from the network BGN paths (Mockapetris 1987). Various algorithms that give designed priorities are also deigned. Parameters are then set based on the timing of information from one network to the other based on the assigned time and agency. Heuristic approaches could be used along the paths to help eliminate delays in the network communication. Routing algorithms are then used to determine the path through which the data packets within the interconnected networks can follow (Mtizuno and Daily 2001, pp. 33-347).
To achieve efficiency in the communication paths among the involved network paths, data optimal paths are determined using the involved routers among the networks (Meiyuan, Sean, and David 2005). Aggregated protocol addresses in such networks could either be static or dynamically assigned. The networks are designed with intent to enhance flexibility, rapid convergence, robustness in the networks, simplicity, and optimality (Michael, Mythili, Feamster, and Hari 2005).
Additionally, the security of the internetworked networks is enhanced through the utilization private and public network information and peers. McGuire (2002) believes that secure domain name host protocols are also utilized in the interconnected networks to maintain high security standards.
Conclusion To ensure that efficiency and effectiveness is maintained within a networked structure, it is vital to ensure that proper routing protocols are utilized and that secure data encryption standards such as Kerberos and PGP are put into use.