3. An exemplary sub-web.

We wish to compute an exemplary connection matrix in detail, so we must choose a sub-web. We now consider a set of domains (campus computer networks) comprising the University of California (UC) system, for which N = 9. We might as well have chosen the 45 nations of Europe, or the 5 continents, and most probably the synergy matrices and images for these systems will be posted in due time on the WWW at http://www.vismath.org/webwatch. We go on now to illustrate, using this small subweb, the creation of the synergy matrix, and its associated image.

The domains of the UC system, and their sizes, are shown in Table 1.

	TABLE 1

	CAMPUS			DOMAIN NAME		SIZE, S
	Davis			ucdavis.edu		42,607
	Berkeley		berkeley.edu		93,779
	San Francisco		ucsf.edu		19,502
	Santa Cruz		ucsc.edu		11,807
	Santa Barbara		ucsb.edu		21,155
	Los Angeles		ucla.edu		44,886
	Riverside		ucr.edu			8,070
	Irvine			uci.edu			28,226
	San Diego		ucsd.edu		46,995
The size is the number of HTML documents at the site, as reported by Alta Vista (http://www.altavista.digital.com) in response to the advanced query, host: ucsc.edu, on December 2, 1996.

|| Home ||
|| 1. Introduction || 2. Connectionism || 3.An exemplary sub-web || 4. The connectivity matrix defined || 5. An exemplary connectivity matrix || 6. The synergy matrix defined || 7. An exemplary synergy matrix || 8. An exemplary synergy image || 9. Conclusion || Acknowledgments
Bibliography
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