← Back to context

Comment by 3xblah

7 years ago

If you look up the word "browse" in a dictionary, you will see that it now has an entry relating to computer networks.

When we browse items in a library, we can see context, we can see neighbouring items. Even some of the library database software today allows you to do this on the computer, simulating the physical experience.

Maybe some of you can remember searching an item then going to retrieve it from the stacks and ending up just browsing the neighbouring items and discoevring even better items. I often discovered the best items through just browsing in a section, in the stacks.

This is one element that is missing from today's web. It is probably one reason why a search engine can become the most popular site on the web. The search engine controls the user's view of the web. The user cannot see the "stacks". Nor can she browse them as she would in a library to discover what is there.

Libraries impose an order that is missing from the web. Something like a Dewey Decimal classification system where a number reveals something about what is found in that location. IP addresses reveal almost nothing to us about the item(s) that may be found there; and whatever they reveal is not intentional. These numbers are in turn "hidden" behind potentially ambiguous names that sidestep the trademark system, another proven classification system, that serves to eliminate ambiguity and deception of consumers.

In the past I have seen some sites that listed the entire IP address space in numerical order where it was possible to browse at least some minimal information on each network number. These always seem to go offline eventually, as if they are breaking some rule.

Imagine going into a library where you were not allowed to visit the stacks or see neighbouring items, where the ordering of the items was a secret and all you could do is perform "keyword" searches. Imagine the results would not be ordered alphabetically, chronologically, or even by a known method of determining relevance (that too is secret). Imagine you could not sort the results or get a quick copy of all of them for reference. Imagine the library set the order of the results according to some "secret" methodology and preferred that you only view the first 5-10 items.