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Computers, of course, can remember four or five things without breaking a sweat Although simply remembering the last action is better than not remembering anything, it can lead to a peculiar pathology if the decision set consists of precisely two elements If, for example, you alternately read files from one directory and store them in another, each time the application offers you the last directory, it will be guaranteed to be wrong The solution is to remember more than just one previous choice Decision-set reduction guides us to the idea that pieces of information the application must remember about the user s choices tend to come in groups Instead of one right way, several options are all correct The application should look for more subtle clues to differentiate which one of the small set is correct.

Router-id of the router originating the hello Indicates the interval in which hello packets are sent by the router, 10 secs by default

For example, if you use a check-writing application to pay your bills, the application may very quickly learn that only two or three accounts are used regularly But how can it determine from a given check which of the three accounts is the most likely to be appropriate If the application remembered the payees and amounts on an account-by-account basis, that decision would be easy Every time you pay the rent, it is the exact same amount! It s the same with a car payment The amount paid to the electric company might.

Not used for Point-to-Point Indicates the time OSPF waits without receiving a hello packet before declaring a neighbor adjacency down, 40 secs by default configurable per interface

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vary from check to check, but it probably stays within 10 or 20% of the last check written to them. All this information can be used to help the application recognize what is going on, and use that information to help the user.

if (t-tAlert == null) return ; int originID = t-dataItem.originID0; if (originID == m-myState.myID0) t if (t-tAlert. acquired01 myReading = t-tAlert.distance0; else { myReading = 0; return;

Parameters that are denoted with an asterisk in the figure must be set the same on both routers to form an adjacency or to keep an adjacency alive. These parameters are: Area ID Used for OSPF hierarchy; it must be configured even if there is only a single area and it must be the same on all adjacent routers Password Used only for OSPF authentication Hello Interval The interval at which Hello updates are sent; defaults to 10 seconds. Dead Interval The time OSPF waits without receiving a Hello update to mark a neighbor down; defaults to 40 seconds.

The decisions people make tend to fall into two primary categories: important and unimportant. Any given activity may involve hundreds of decisions, but only a few of them are important. All the rest are insignificant. Software interfaces can use this idea of preference thresholds to simplify tasks for users. After you decide to buy that car, you don t really care who finances it as long as the terms are competitive. After you decide to buy groceries, the particular check-out aisle you select may not be important. After you decide to ride the Matterhorn at Disneyland, you don t really care which toboggan they seat you in. Preference thresholds guide us in our user interface design by demonstrating that asking users for successively detailed decisions about a procedure is unnecessary. After a user asks to print, we don t have to ask him how many copies he wants or whether the image is landscape or portrait. We can make an assumption about these things the first time out, and then remember them for all subsequent invocations. If the user wants to change them, he can always request the Printer Options dialog box. Using preference thresholds, we can easily track which facilities of the application each user likes to adjust and which are set once and ignored. With this knowledge, the application can offer choices where it has an expectation that a user will want to take control, not bothering him with decisions he won t care about.

Hello packets are sent between routers to form an adjacency and to proceed to an exchange of link state tables. They are also used as a keep-alive after the adjacency is

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