Notice bibliographique
- Notice
000 nam 22 3 450
001 FRBNF446594660000000
010 .. $a 9781430201885
035 .. $a OCoLC894113003
100 .. $a 20170801d2006 m y0frey50 ba
101 0. $a eng
102 .. $a US
105 .. $a ||||z 00|||
106 .. $a s $a r
135 .. $a dru||||||||||
181 .0 $6 01 $a i $b xxxe
181 .. $6 02 $c txt $2 rdacontent
182 .0 $6 01 $a b
182 .. $6 02 $c c $2 rdamedia
200 1. $a Web Accessibility $b Texte électronique $e Web Standards and Regulatory Compliance
210 .. $a Berkeley, CA $c Apress $c Springer e-books $d 2006
215 .. $a 1 online resource
225 1. $a Professional Computing and Web Design (Springer; 12059-ZDB-2-CWD)
225 1. $a Professional and Applied Computing (Springer-12059)
330 .. $a The Challenge of Accessibility When Tim Berners-Lee created the Web, he had some very
specific goals in mind. Certainly, creating a technology that allowed the sharing
of information was a main part of that goal, but an interesting piece of Berners-Lee's
vision has always had to do with the human side of the Web. After all, it's not machines
that use the Web, but people. Accessibility has become a hot topic in web design,
despite the fact that it has always been a part of the original vision. In a broad
sense, accessibility simply means ensuring that a given page on the Web is able to
be accessed. Accessibility is not about disability; rather, it's about people getting
to the shared information that the vision of the Web has made manifest. There has
also been a lot said about how accessibility relates to web standards and vice versa.
Realistically, accessibility relies on aspects of related web standards, but has in
fact become a science, art, and practice of its own. It's a deep specialty, and one
that is highly problematic, as what might make a page accessible to one person could
conceivably render it inaccessible to another
336 .. $a Fichier PDF.
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801 .0 $b ZWZ $g ncafnor
930 .. $5 FR-759999999:44659466001001 $a ACQNUM-41232 $b 759999999 $c Document numérisé $d N