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We previously described several different types of routing protocols and how they are classified. The main division in routing protocols is between Interior Gateway Protocols (IGPs), which as explained earlier are used within the same AS, and Exterior Gateway Protocols (EGPs), which are used among different ASes. We will examine EGPs in 10, but here we concentrate on IGPs. Within IGPs, there are two main types of protocols: distance vector and link state. We will examine both types of IGPs in this section, beginning with a discussion of distance vector protocols. With a distance vector routing algorithm (sometimes referred to as Bellman-Ford after the original algorithm designers), a router passes a copy of its entire routing table periodically to all its neighbors. These regular updates between routers communicate topology changes because each router is continually receiving a current copy of the entire routing table from its neighbor. All that each router is aware of is a metric (distance) to a particular route and its next hop (vector). note that the router does not have a picture of the topology; it simply knows the next router that it sends packets to for a given destination and the associated metric for that route. Figure 8.15 illustrates the distance vector routing process. The update process is outlined in the following list: 1. RTR-B receives a routing update from RTR-A. 2. RTR-B uses the information received from RTR-A to recalculate its routing table.

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Figure 8.15 RTR-B receives a complete routing table from RTR-A. RTR-B uses this information to recalculate its routing table and then sends its complete routing table to RTR-D. Note that RTR-B sends its own routing table to RTR-D; it does not forward RTR-A s routing table to RTR-D.

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Handheld devices present special challenges for interaction designers. Because they are designed specifically for mobile use, these devices must be small, lightweight, economical in power consumption, ruggedly built, and easy to hold and manipulate in busy, distracting situations. Especially for handhelds, close collaboration among interaction designers, industrial designers, programmers, and mechanical engineers is a real necessity. Of particular concern are size and clarity of display, ease of input and control, and sensitivity to context. This section discusses, in more detail, these concerns and useful approaches to address them. The following are the most useful interaction and interface principles for designing handheld devices:

3. RTR-B then sends its routing table to RTR-D. 4. This same step-by-step process occurs in all directions between direct-neighbor routers. It is critical to understand that when using a distance vector protocol, a routing table is not transmitted beyond the immediate neighbor. For example, RTR-D does not receive a routing update directly from RTR-A. RTR-D receives the routing updates only from its directly connected neighbors, so RTR-D is only aware of RTR-A s routes via RTR-B and RTR-C. For this reason, distance vector protocols are sometimes called routing by rumor because each router relies solely on the information provided to it by its neighbors and not from the original source of the route. Figure 8.16 illustrates the distance vector step-by-step process for updating all routers in a network when a topology change occurs.

Strive for integration of functionality to minimize navigation Handheld devices are used in a variety of specific contexts By exploring context scenarios, you can get a good idea of what functions need to be integrated to provide a seamless, goal-directed experience Most convergence devices run the risk of pleasing nobody by attempting to do too much Communicators such as the Treo are at their best when they integrate functionality for a more seamless experience of communication-related functions These devices currently do a reasonable job of integrating the phone and address book: When a call arrives, you can see the full name from the address book and, by tapping on a name in the address book, you can dial it However, this integration could be taken a step further.

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Figure 8.16 A router running a distance vector routing protocol receives updates from its neighbors, processes the update and recalculates its own routing table, and then sends updates about its routing table to its other neighbors.

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