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Protocol Analysis
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Protocol Analysis 536 Basic Telecommunications Technologies
TABLE 243 Comparison of ISO and TCP/IP Protocol Stacks
OSI Reference Model Protocol Layer Application Presentation Session Transport Network Data Link Logical Link Control Media Access Control Physical
ISO Protocol Stack Protocols and Protocol Standards FTAM (File Transfer Access and Management) ISO 8571/8572 COPP (Connection-Oriented Presentation Protocol) ISO 8823 COSP (Connection-Oriented Session Protocol) ISO 8327 COTP (Connection-Oriented Transport Protocol) ISO 8073 CLNP (Connectionless Network Protocol) ISO 8473 LLC (Logical Link Control) IEEE 8022 CSMA/CD Ethernet IEEE 8023 10Base-T
TCP/IP Protocol Stack Protocols and Protocol Standards FTP (File Transfer Protocol)
TCP (Transmission Control Protocol) IP (Internet Protocol)
LLC (Logical Link Control) IEEE 8022 CSMA/CD Ethernet IEEE 8023 10Base-T
architecture, across a 10Base-T connection TCP/IP, the protocol widely used on the Internet, originated with the US Defense Advanced Research Projects Agency (DARPA) The TCP/IP protocol stack is a proven and practical way to implement a network architecture The OSI protocol stack represents a very thorough and pedantic approach to designing a network architecture A network architecture is based on a network operating system (NOS), which makes use of a protocol stack An NOS is a software program, typically used in a LAN environment, that provides computer networking services, interfacing the computer network and the computer system Table 244 describes some of the most common protocol stacks
2426 Protocol frame example
At each layer in a network architecture, additional protocols are encapsulated within the frame This concept is shown in Figure 243, which details one possible top-layer application protocol, the FTP or File Transfer Protocol, that can execute on the TCP/IP protocol stack The FTP data is the actual file being transferred to a host system application FTP is the data or payload portion of the Transmission Control Protocol, which is the layer 4 transport protocol in this particular protocol stack TCP is in turn the data or payload for IP, which is the layer 3 network protocol IP is the data or payload in the IEEE 8022 Logical Link Control (LLC) protocol, which is the upper portion of the layer 2 Data Link control layer Finally, the LLC is the data or payload in the IEEE 8023 Media Access Control (MAC) layer This example is one of literally hundreds of different protocol implementations that are detailed in numerous protocol handbooks and specifications It is not appropriate in this chapter to fully describe all of the different protocol fields as this
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Protocol Analysis Protocol Analysis
TABLE 244 Common Protocol Stacks
Protocol Stack AppleTalk
Description Apple Computer s proprietary LAN stack for connecting Macintosh computers and peripherals It is similar to the OSI model It was originally offered on a proprietary CSMA/CD interface called LocalTalk, but since has been integrated with mainstream network interfaces ATM, Asynchronous Transfer Mode, provides Transport-level services over a cell-based switching network VINES is a proprietary network operating system designed for large, heterogeneous, enterprise networks It was developed by Banyan Systems, Inc, and is based on Unix Digital Equipment Corporation s open network architecture, based on the ISO protocol stack DECnet Phase IV is based on DEC protocols and DECnet Phase V is based on ISO protocols Frame relay, defined by the Frame Relay Forum and originally based on the ANSI and ITU-T specification, provides Network-layer services for a packet-switched network IBM s proprietary network architecture, Systems Network Architecture, is widely used in mainframe applications It was defined before the OSI reference model While it is a structured and hierarchical architecture, it does not correspond to the OSI model ISDN, Integrated Services Digital Network provides Network-layer services for voice and data transmission The ISO protocol stack is an open system strictly adhering to the OSI Reference Model All seven layers are implemented to the ISO specifications A network operating system for LANs, designed by Microsoft and 3Com Manufacturing Automation Protocol (MAP) was designed for use in manufacturing environments It is based on the ISO protocol stack running on the IEEE 8024 token-passing bus NetWare is a network operating system for PC LANs and enterprise networks, produced by Novell Originally it was derived from XNS Sun Microsystems Network File System (NFS) provides a set of network file system services that execute on the TCP/IP stack TCP/IP was originally developed by the Department of Defense s Advanced Research Projects Agency (DARPA) to create a multivendor network connecting different computers across a variety of networks It maps into to the OSI model with applications running directly on the Transport layer It has become the predominant network architecture and forms the basis for the Internet Developed by the MIT X Consortium (a working group of computer companies) to implement a networked graphical windowing system running on Unix workstations X Window executes on the TCP/IP stack A packet-switched network standard developed by the CCITT to provide Network layer services It is widely used in public data networks Xerox Network System (XNS) was originally developed by Xerox It provides a set of transport and network services that have been used by other vendors, such as Novell, as a basis for applications XNS was used as the basis for the OSI Reference Model
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