What Is Flat Routing Protocol?
FLAT ROUTING PROTOCOL: THE SIMPLE AND FLAT TECHNOLOGY! The Flat Routing Protocol (FRP) is a new open standard protocol designed to enable the delivery of packets among routers through any available path in an IP network. The FRP presents itself as a viable alternative to traditional hierarchical routing. In contrast to that, it allows packet forwarding over any possible path. Thus, it provides greater flexibility, responsiveness, reliability, and scalability than other routing protocols. The flat routing protocol is a network communication protocol implemented by routers in which all routers are peers and distribute information about their connectivity to individual nodes. Both wired and wireless networks can implement flat routing protocols, but most commonly, it's used for the network connection between computers or other devices. If you want to know more about balanced routing protocol and its main principles, you are at the right place! The FRP is widely used in large enterprise networks and Internet service providers (ISPs). Most commonly used routing protocols, like Open Shortest Path First (OSPF), are flat. In choosing a routing protocol for your network, you must clearly understand its advantages and disadvantages. The flat routing protocol is a network protocol implemented on the flat network. Each router node routinely collects and distributes routing information with its neighboring routers. It uses the push method to broadcast the routing table. The entire participating node addressed by the flat routing protocol performs an equal role in the overall mechanism. In the balanced routing protocol, all the participating nodes equally participate in the routing mechanism. Interior Gateway Routing Protocol (IGRP), Enhanced Interior Gateway Routing Protocol (EIGRP) and Routing Information Protocol are popular flat routing protocols. Charles Hedrick first proposed this type of routing protocol, although the name "Flat Routing Protocol" was coined by Thomas Clausen and Joyce K. Reynolds in 1972.
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