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Telnet File Transfer Protocol (FTP) Simple Mail Transfer Protocol (SMTP) Domain Name System (DNS)
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Provides remote login over the network Used to transfer files Used to deliver electronic mail Maps host names to IP addresses
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Routing Information Protocol (RIP) Network File System (NFS) Hypertext Transfer Protocol (HTTP)
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Advertises routes to different subnets Allows directories to be shared The mechanism for WWW (World Wide Web)
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Internet Protocol (IP), RFC 791, is the network layer protocol responsible for moving the packet of data from one machine to another All other protocols in the suite rely on IP to provide the fundamental function of moving packets across an internet or the Internet IP is a very simple protocol that does not guarantee data delivery It uses a "send and forget" theory; that is, after the data is sent, the protocol forgets it and doesn't look for any type of acknowledgment that it has been received IP does, however, care about the maximum size of a frame that can be carried on the medium IP breaks large data packets down into a group of smaller data packets before transferring them This activity is called fragmentation, and the packets are called fragments The fragments are reassembled at the final destination Each packet includes an IP source and destination address, control information, and any actual data passed When IP receives a packet, it compares the destination address with the routing table on a router Packets are forwarded to the next destination (hop) based on the routing table IP delivers packets with local addresses directly (local addresses being addresses on the same subnet) As the packet passes through the IP layer, an IP header is attached A description of an IP header is shown in a following section Although IP is the most important protocol used for the Internet, there are also other protocols that are based on IP and supported on the Internet These protocols include Internet Control Message Protocol, Address Resolution Protocol, and Reverse Address Resolution Protocol
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Internet Control Message Protocol (ICMP)
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The Internet Control Message Protocol, RFC 792, provides the means for network devices to generate error messages, test packets, and informational messages related to IP ICMP is basically IP's internal network management protocol and not intended for use by applications, but two wellknown exceptions are the ping and traceroute diagnostic utilities: Ping Sends and receives ICMP ECHO packets The response packet can be taken as evidence that the target host is at least minimally active on the network Traceroute Sends UDP packets and tells you the route taken to the target host (UDP is defined in an upcoming section)
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Address Resolution Protocol (ARP)
Address Resolution Protocol, RFC 826, translates a host's software address to the host's hardware address (data-link layer MAC address) When supported, broadcast frames are sent to obtain this information dynamically
Reverse Address Resolution Protocol (RARP)
Reverse Address Resolution Protocol, RFC 903, translates a host's hardware address (data-link layer MAC address) to the host's software address RARP is typically used to let a piece of diskless equipment discover its own IP address as part of its boot procedure However, RARP is rarely used by modern equipment and has been replaced with BOOTP (a UDP protocol, defined shortly)
Transmission Control Protocol
The Transmission Control Protocol (TCP), RFC 793, is a transport layer protocol that provides a reliable service between two endpoints on an intranet or internet, depending on IP to move the packets Since IP is inherently unreliable, TCP protects against data loss, data corruption, packet
reordering, and data duplication TCP is a connection-oriented protocol data will not be transferred until the destination host accepts the connection request TCP also supports windowing Unlike traditional connection-oriented services that use ACK and NAK services, windowing allows the sender to send multiple TCP segments one at a time before receiving an acknowledgment Windowing helps to reduce traffic by reducing the number of acknowledgment packets TCP uses port numbers to identify applications running in the sending and receiving machines Each TCP-defined protocol has an associated port or port numbers assigned to it A list of common TCP and UDP protocols and their port numbers can be found at the following Web site: http://wwwisiedu/in-notes/iana/assignments/port-numbers The following sections describe application layer protocols that use TCP for reliable data transport
Hypertext Transfer Protocol (HTTP)
The HTTP protocol, RFC 2068, is the network protocol used to deliver HTML files, image files, query results, and virtually any other file on the World Wide Web (WWW) HTTP also transmits resources or information identified by a Universal Resource Locator (URL) for example, wwwveltecom A browser such as Netscape Navigator or Microsoft Windows Explorer is an HTTP client because it sends requests to an HTTP server (Web server), which then sends responses back to the client The default port for HTTP servers to listen on is port 80, although other ports can be used
File Transfer Protocol (FTP)
The FTP protocol, RFC 1415, allows a user to log into a remote host and perform file operations such as listing directories and copying, renaming, or deleting files FTP requires two separate connections between a client and a server The first connection is established when the client establishes an initial connection with the server and the server requests a username and password The second connection is opened when the client requests operations from the server FTP supports most popular file formats, including ASCII and binary Port numbers 20 and 21 are used by the FTP protocol
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