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will verify the IP header checksum, reassemble the IP packet, if necessary, strip the IP header off the TCP packet, and pass the TCP packet to the TCP software. The TCP software will check the sequence number and verify the TCP checksum. If everything is in order, the TCP software will remove the TCP header and transfer the line of HTML text to the waiting application program, in this case a web browser. THE WORLD WIDE WEB, HTTP, AND HTML What we now call the Internet started with a US military project called ARPAnet. ARPA stands for Advanced Research Projects Agency, which is part of the US Department of Defense. Work on ARPAnet began in the late 1960s, with the goals of creating a universal and fault-tolerant mechanism for linking computers in a wide network. Packet switching, now the primary messaging technique of the Internet, was a new concept at the time, and the ARPAnet developed its protocols around packet switching. A small team of seven people at Bolt, Beranek, and Newman (BBN), a research organization based in Cambridge, MA, developed the initial protocols and had a working network connecting Stanford, UCLA, UC Santa Barbara, and the University of Utah by the end of 1969. In 1971, one of the researchers sent the first e-mail message over the network, and in 1973, the file transfer protocol allowed a file to be moved from one computer to another over the network. These were major advances those who did not live through this period can hardly imagine how exciting these advances were! Work on core network protocols continued as well, and the TCP/IP protocols became standard in 1983. In 1985, the National Science Foundation took over the nonmilitary portions of the ARPAnet, and renamed it the NSFnet. The NSFnet supported the NSF s supercomputer centers at Princeton, UC San Diego, Cornell, University of Illinois, and University of Pittsburgh, as well as other major academic computing centers. The NSFnet became an international network, with connections to Canada, Europe, Central and South America, and the Pacific Rim. During this time, the NSF permitted only noncommercial use of the NSFnet. For a good technical description of the Internet, it s still worth reading Ed Krol s memo A Hitchhiker s Guide to the Internet from 1989 (http://rfc.sunsite.dk/rfc/rfc1118.html). In 1989, Tim Berners-Lee of CERN, the European Laboratory for Particle Physics, proposed a project to develop browsers for users workstations and a mechanism to allow users to add content that could be universally accessible over the Internet. The idea was to provide universal readership of information collectively available on the network. This idea of the world wide web (WWW) was arguably even more important than the technical miracles worked by those who developed the protocols and applications of the ARPAnet and NSFnet. The WWW was conceived as a client server arrangement, with browser applications that could present information, regardless of the origin of the information, running on the client computers. The server applications would be responsible for extracting information and sending it to the client applications. At the heart of the WWW was a new protocol called hypertext transport protocol (HTTP). The idea behind hypertext is that text need not be sequential. A reader should be able to follow links to related information, and back, in whatever sequence suits the needs of the reader. By the end of 1989, the small team at CERN had created HTTP and demonstrated the first WWW servers and a browser. Tim Berners-Lee and his associates wrote the Internet standard RFC1738 to define the uniform resource locator (URL) for use with HTTP (1994), and also wrote the Internet standard RFC1945 defining revision 1.0 of HTTP (1996). The WWW made the Internet useful to nontechnical people. Besides e-mail and file transfers, nontechnical users could easily access a rapidly growing body of content made available very inexpensively by many different providers. In 1995, the NSF turned the the NSFnet over to private organizations, and commercial use of the Internet began. HTTP remains at the heart of the WWW. It is a simple application-level protocol, which means that it is a protocol used by programs at the application level. The TCP/IP protocols have no knowledge of HTTP or of URLs. HTTP is simply a language understood by application programs, particularly web server and browser applications. According to RFC1945, HTTP has the lightness and speed necessary for distributed, collaborative, hypermedia information systems.
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