Definitions

1. Static routing algorithms are hardly algorithms at all, but are table mappings established by the network administrator before the beginning of routing. (Web site)
2. The best routing algorithms are often those that have withstood the test of time and that have proven stable under a variety of network conditions. (Web site)
3. The dynamic routing algorithms are used in the dynamic routers and these routers can sense a faulty router in the network. (Web site)
4. Distributed routing algorithms are commonly broken down into the following three components: A. An algorithm to assign a "length" to each Internet path. (Web site)

Traditional Routing Protocols

1. The routing algorithms in traditional routing protocols utilize a small number of results from graph theory.

Subnetwork Routing

1. While DVMRP can express routes to individual hosts, the forwarding and routing algorithms only support network and subnetwork routing. (Web site)

Several Key Characteristics

1. Routing algorithms can be differentiated based on several key characteristics.

Local Routing Algorithms

1. The servers can also redistribute time information within a network via local routing algorithms and time daemons. (Web site)

Introduction

1. For an introduction to the mathematics of routing algorithms, see [1]. (Web site)

Flexible

1. Routing algorithms should also be flexible, which means that they should quickly and accurately adapt to a variety of network circumstances. (Web site)

Standardization

1. For this reason ISO has not yet attempted standardization of routing algorithms. (Web site)

Complete Information

1. In general, with more complete information, routing algorithms tend to converge faster, because the chances of inconsistency reduce.

Network Bandwidth

1. Routing algorithms can be programmed to adapt to changes in network bandwidth, router queue size, and network delay, among other variables. (Web site)

Simple

1. Routing algorithms also are designed to be as simple as possible.

Extremely Simple

1. The routing algorithms in such networks would be extremely simple to avoid having to convert fiber-optics into slower electronic pathways to do switching. (Web site)

Routing Algorithm

1. Description of Routing Algorithms 2) Stability: It is also an important goal for the routing algorithm. (Web site)

Vector Algorithms

1. RIP uses one of a class of routing algorithms known as Distance Vector algorithms. (Web site)

Routing Loops

1. Routing algorithms that converge slowly can cause routing loops or network outages. (Web site)
2. Distance vector routing algorithms can be prone to routing loops, but are computationally simpler than link state routing algorithms. (Web site)

Routing Tables

1. Routing algorithms fill routing tables with a variety of information. (Web site)
2. Routing algorithms fill routing tables with various types of information. (Web site)
3. To aid the process of path determination, routing algorithms initialize and maintain routing tables, which contain route information.

Network

1. For example, IP routing algorithms use IP addresses, which contain network numbers, subnet numbers, and host numbers. (Web site)
2. Network layer: Routing algorithms, Congestion Control algorithms, multicast and mobile routing.
3. RFC1122 INTERNET LAYER October 1989 * For a (network or subnet) directed broadcast, the datagram can use the standard routing algorithms. (Web site)

Dynamic

1. Most routing protocols today use dynamic routing algorithms, which adjust to changing network circumstances by analyzing incoming routing update messages.
2. Dynamic routing algorithms adapt to changes in the network and automatically select the best routes. (Web site)

Best Route

1. Routing algorithms have used many different metrics to determine the best route.

Route

1. A routing metric consists of any value used by routing algorithms to determine whether one route should perform better than another.
2. Class of routing algorithms that iterate on the number of hops in a route to find a shortest-path spanning tree. (Web site)

Routes

1. As many routing algorithms become aware of the problem, they will quickly select the next-best path for all routes normally using that segment.

Router

1. You can use routing algorithms to calculate the optimal path from the router to a destination.
2. The router achieves this with routing algorithms and routing protocols. (Web site)
3. Routing algorithms make choice of the route because each router has superior knowledge only of networks closed to its directly. (Web site)

Routing

1. Some routing algorithms only store a single route to any Network ID in the routing table even when multiple routes exist. (Web site)

Routers

1. Apart from the cost, routing algorithms tend to scale poorly as the number of direct connections between routers grows. (Web site)

Metric

1. A metric is a standard of measurement, such as path bandwidth, that is used by routing algorithms to determine the optimal path to a destination.

Metrics

1. Finally, routing algorithms use a variety of metrics that affect calculation of optimal routes.
2. Sophisticated routing algorithms can base route selection on multiple metrics, combining them in a single (hybrid) metric.
3. Some sophisticated routing algorithms base route selection on a combination of multiple metrics, resulting in the calculation of a single hybrid metric. (Web site)

Algorithm

1. Description of Routing Algorithms 3 Category of algorithm: nonadaptive and adaptive. (Web site)
2. Second, various types of routing algorithms exist, and each algorithm has a different impact on network and router resources. (Web site)

Algorithms

1. The algorithms that calculate these paths are referred to as routing algorithms.

Routing Algorithms

1. Problem that can occur in routing algorithms that are slow to converge, in which routers continuously increment the hop count to particular networks. (Web site)
2. These routers need routing algorithms that are highly dynamic, impose minimal processing and communication burdens, and offer type-of-service routing.
3. Reliability, in the context of routing algorithms, refers to the dependability (usually described in terms of the bit-error rate) of each network link.

Categories

1. Routing Loops
2. Best Route
3. Routing Tables
4. Route Information
5. Routing Protocols
6. Books about "Routing Algorithms" in Amazon.com
   

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