A Quote by Tim Berners-Lee

The story of the growth of the World Wide Web can be measured by the number of Web pages that are published and the number of links between pages. The Web's ability to allow people to forge links is why we refer to it as an abstract information space, rather than simply a network.
In comparison, Google is brilliant because it uses an algorithm that ranks Web pages by the number of links to them, with those links themselves valued by the number of links to their page of origin.
Kind of like Google crawls the Web, we crawl the social networks. Where Google analyzes links and Web pages, we look at the same thing with people. So we can tell, for example, who you interact with more frequently. Or if it's not frequency, maybe it's consistency.
If someone had protected the HTML language for making Web pages, then we wouldn't have the World Wide Web.
Basically, we convert the entire Web into a big equation, with several hundred million variables, which are the page ranks of all the Web pages, and billions of terms, which are the links. And we're able to solve that equation.
We came up with the notion that not all web pages are created equal. People are – but not web pages.
The World Wide Web went from zero to millions of web pages in a few years. Many revolutions look irrelevant just before they change everything swiftly.
Certainly anything that is news or opinion needs to be free on the Web, because the Web is this very fluid medium that is very much driven by links and the flow of visitors through a discussion via links.
What we now call the browser is whatever defines the web. What fits in the browser is the World Wide Web and a number of trivial standards to handle that so that the content comes.
Web pages are designed for people. For the Semantic Web, we need to look at existing databases.
I calculated the total time that humans have waited for web pages to load. It cancels out all the productivity gains of the information age. Sometimes I think the web is a big plot to keep people like me away from normal society.
What's the number-one thing people do on the Web? They read. Words and numbers are the raw material from which the vast majority of webpages are built. If reading is the primary activity on the Web, then readability is a primary function of Web design.
The World Wide Web is precisely what we were trying to PREVENT. We long ago foresaw the problems of one-way links, links that break (no guaranteed long-term publishing), no way to publish comments, no version management, no rights management.
Many company policies restrict use of E-mail, limit access to offensive Web sites and prohibit disclosure of confidential information. Few policies, if any, directly address personal Web pages.
Once you understand that everybody's going to get connected, a lot of things follow from that. If everybody gets the Internet, they end up with a browser, so they look at web pages - but they can also leave comments, create web pages. They can even host their own server! So not only is everybody consuming, they can also produce.
New information and communications technologies can improve the quality of life for people with disabilities, but only if such technologies are designed from the beginning so that everyone can use them. Given the explosive growth in the use of the World Wide Web for publishing, electronic commerce, lifelong learning and the delivery of government services, it is vital that the Web be accessible to everyone.
When people talk about Web 2.0, they mean that when the Internet, the World Wide Web, first became popular, it was one way only.
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