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And here is the file of HTML that created the page: <!-- DOCTYPE tells the browser what version of HTML is being used --> <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.0//EN"> <HTML> <!-- Start of HTML document --> <HEAD> <!-- Heading --> <TITLE>Carl Reynolds Home Page</TITLE> </HEAD> <!-- Start of the BODY, and set the background color to light blue --> <BODY BGCOLOR="#F6FFFF"> <!-- H1 is a large heading, and center it on the page --> <H1 ALIGN=center>Carl Reynolds Home Page </H1> <!-- H3 is a smaller heading, and center these lines, too --> <H3 ALIGN=center>Carl Reynolds, Ph.D. <!-- BR is a line break, or line feed --> <BR>Office: Bldg 70-3569 (3rd floor, west side) <BR>Office Hours: 4:00 to 5:00pm Mon thru Thurs </H3> <!-- P is a paragraph marker --> <P><BIG>Fall Quarter Courses (20061)</BIG> <!-- use big font --> <UL TYPE=disc> <!-- "Unordered List"; use a "disc" as bullet type --> <!-- LI is the tag for "List Item" --> <!-- A is an "anchor", or hypertext link to a URL --> <LI><A HREF="http://www.cs.rit.edu/~cs1s/"> Computer Science 1 Studio</A> <UL TYPE=disc> <LI><A HREF="http://www.cs.rit.edu/~chr/cs1s/CourseNotes/"> CS1S notes & homework</A> </ul> </li> <LI><A HREF="http://www.cs.rit.edu/~chr/plc/plcHomePage.htm"> Programming Language Concepts</A> <UL TYPE=disc> <LI><A HREF="http://www.cs.rit.edu/~chr/plc/CourseNotes/"> PLC notes & homework</A> </ul> </li> </UL> </p> <!-- Insert an image on the right side of the page --> <!-- Find it in directory Images below the working directory --> <P><IMG SRC="Images/CHR.gif" ALIGN=right> </p> </BODY> <!-- End of the BODY section --> </HTML> <!-- End of the page --> SUMMARY The widespread networking of computers is a relatively recent phenomenon, and it may also be the aspect of the computer revolution that has most changed human life. Networks can be described as LANs, which are local to a building or campus, and WANs, which span wide, or even global, distances. The technical challenges are somewhat different between LANs and WANs, but the distinction between the two is not always clear.
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When several networks are themselves connected together, the result is an internet. The world wide web we have come to know and depend upon is not one network, but many connected together, and hence is called the internet. A computer on a LAN connects to the wider internet through a gateway or router computer, which connects the LAN to the internet. Computers communicate over a network by conforming to network protocols. Protocols are required at more than one level. At the hardware level, the computers must use the same signaling technology, the same medium of connection, the same speed of transmission, etc. At higher levels, the computers must agree on what the signals mean, and when to take turns sending and receiving. One describes and implements network protocols as multiple layers of software and hardware. The resulting set of software and hardware is often described as the network stack. The OSI reference model is the standard network protocol model, and it has seven layers. The internet reference model is simpler, with four layers. For historical and pragmatic reasons, the internet model is the one in wide use, and that is the model we described in detail. The link level consists of the interface card and operating system driver for the physical connection between computers. Common links today are Ethernet and Wi-Fi (wireless). Both have been standardized as IEEE standards. The network-level protocol of the internet is IP, or internet protocol. IP is the protocol that is responsible for moving datagrams from one computer to another, possibly distant computer, over multiple intervening networks. IP does not provide a guaranteed service. Most of the time datagrams get delivered efficiently, but IP provides no guarantees that packets will arrive uncorrupted, in order, and without duplication. The transport-level protocol of the internet is TCP. TCP is a connection-oriented protocol that adds reliability to the underlying, unreliable, network protocol. After first establishing a connection with a remote computer, TCP provides guaranteed delivery of complete, uncorrupted messages. The application-level protocol over the internet is provided by the applications that take advantage of the network. There is no internet standard application-level protocol. The technical advances in networking and protocols have had even greater impact on every day life since Tim Berners-Lee and his colleagues developed the HTTP protocol and the HTML language, beginning around 1990. Their vision of client browsers on workstations providing easy universal access to information made available by millions of servers has made the internet the data superhighway. REVIEW QUESTIONS 7.1 Explain how an IP packet might become duplicated and arrive twice at its destination. 7.2 Some researchers in networking complain that networking protocols have become ossified. What do they mean by that, and why might that be so Who benefits from ossified protocols 7.3 Using Google or some other source, find a list of other well-known ports in networking besides port 80. 7.4 Most internet communications use the TCP protocol, but some do not. Some communications use only the IP protocol. Another name for the IP protocol is user datagram protocol (UDP). Why would an application choose to use UDP Can you think of a category of applications that might prefer UDP 7.5 IPv6 uses addresses that are 16 bytes long (128 bits). How many addresses is that per person in the world 7.6 What classes does Java provide to make network programming easier Which classes are for TCP communications Which classes are for UDP communications 7.7 It s hard to imagine today how hot the competition was between different vendors of proposed networking standards in the 1980s. Today most wired LANs are implemented using 802.3 Ethernet protocols. General Motors strongly backed a competitive standard called manufacturing automation protocol (MAP) that became IEEE standard 802.4. Do some research to answer these questions: Why did GM favor 802.4 over 802.3 Why did most of the world end up choosing 802.3 7.8 The HTTP protocol is essentially a protocol providing for file transfer between the server and the client. Therefore, the HTTP protocol is said to be stateless; i.e., the server receives a request, and the server satisfies the request with a file transfer, regardless of what has happened before with this client. This statelessness has been a challenge to those developing applications to be delivered over the web. For instance, a banking application will need to keep track of the account number of the individual making inquiries, even though the individual makes repeated inquiries and updates using several different screens (web pages). How is application state maintained in such applications
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