Nimrod is an internetwork routing architecture that can be applied to routing within a single domain or among multiple domains. It separates topological information from endpoint identification using Endpoint Identifiers (EIDs). Nimrod functions through routing information distribution, route selection, and user traffic handling. It is compatible with both TCP/IP and OSI environments.
Nimrod: An Efficient Internetwork Routing Architecture
What is Nimrod?
Nimrod is a routing architecture that is designed for efficient routing within and among multiple routing domains. It separates the topological information from the identification of communicating entities by using Endpoint Identifiers (EIDs) to specify and identify the entities connected to the network. The subsystems covered by Nimrod include routing information distribution, route selection, and user traffic handling.
How does Nimrod work?
Nimrod separates the endpoints from the network topology, allowing for efficient routing within and among multiple routing domains. This is achieved through the use of Endpoint Identifiers (EIDs), which are used to specify and identify the entities connected to the network.
Nimrod functions by using three essential subsystems: routing information distribution, route selection, and user traffic handling. The routing information distribution subsystem is responsible for distributing routing information within and among the routing domains. The route selection subsystem determines the best route for user traffic, based on the EIDs of the source and destination entities. The user traffic handling subsystem is responsible for forwarding user traffic along the selected route.
Nimrod is equally applicable to both the TCP/IP and OSI environments, making it a versatile routing architecture that can be applied in a variety of network configurations.
FAQ
What are Endpoint Identifiers (EIDs)?
Endpoint Identifiers (EIDs) are used in Nimrod to specify and identify the entities connected to the network. They are used to separate the topological information from the identification of communicating entities, allowing for efficient routing within and among multiple routing domains.
What is the purpose of the routing information distribution subsystem?
The routing information distribution subsystem in Nimrod is responsible for distributing routing information within and among the routing domains. This allows for efficient routing by ensuring that all relevant routing information is available to the route selection subsystem.
How does Nimrod determine the best route for user traffic?
Nimrod determines the best route for user traffic based on the EIDs of the source and destination entities. The route selection subsystem evaluates the available routes and selects the one that is most efficient based on the EIDs of the entities.
What is the user traffic handling subsystem?
The user traffic handling subsystem in Nimrod is responsible for forwarding user traffic along the selected route. This ensures that the user traffic is efficiently routed to its destination based on the EIDs of the source and destination entities.
The peak
Nimrod is an efficient internetwork routing architecture that can be used for routing within and among multiple routing domains. It achieves this through the use of Endpoint Identifiers (EIDs), routing information distribution, route selection, and user traffic handling subsystems. Nimrod separates the topological information from the identification of communicating entities, allowing for efficient routing in a variety of network configurations.
