Introduction to Open Systems Networking
LESSON 1

(September 6, 1995)
Daniel Z. Tabor Jr.
New Jersey Institute of Technology


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Introduction to Open Systems Networking


Personal Information and History

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Requirements and Expectations

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Grades

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Books Recommended

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Layout of Course

  1. Introduction to Open Systems Networking
  2. WWW and Complete Internet Connectivity
  3. Need for Standards
  4. Hardware Protocol Layers
  5. Software Protocol Layers
  6. Addressing in TCP/IP
  7. ARP and RARP
  8. IP
  9. IP (continued)
  10. Routing
  11. ICMP
  12. Extending the Addressing Scheme
  13. DNS
  14. UDP
  15. TCP
  16. TCP (continued)
  17. Multicast IP and the MBONE
  18. TCP/IP over ATM
  19. IPv6 and Broadband Services
  20. Client / Server Paradigm
  21. Sockets
  22. Sockets (continued)
  23. BOOTP and DHCP
  24. TELNET and Rlogin
  25. FTP, TFTP, and NFS
  26. E-mail, SMTP, and MIME types
  27. Network Management
  28. Network Security

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Layout of a Lesson

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Layout of a Lesson:
Reference Material Types

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Projects

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Virtual Office Hours

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Policies

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General References to use
throughout the course.

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Examples of
General Reference Topics

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Definitions

Open System
A system which is built using publicly available international or national standards that promote interoperability.
Interoperability
The ability of software and hardware on multiple machines from multiple vendors to communicate.
Internetworking
The interconnection of two or more networks, usually local area networks, so that data can pass between hosts on the different networks as though they were one network. This requires a router or gateway.
TCP/IP Internet Protocol Suite
It was developed by DARPA for internetworking, encompassing both network and transport layer protocols. TCP/IP is often used to refer to the entire DOD protocol suite (which includes many protocols).
Encapsulation
The technique used by layered protocols in which a layer adds header information to the protocol data unit (PDU) from the layer above.
As an example, in Internet terminology, a packet would contain a header from the physical layer, followed by a header from the network layer (IP), followed by a header from the transport layer (TCP), followed by the application protocol data.

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On-line access to information

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The Internet - History

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Internet Tools:
Gopher

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Internet Tools:
Archie

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Internet Tools:
FTP

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Internet Tools:
TELNET

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Internet Tools:
World Wide Web

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Internet Tools:
Various

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(Home)

(Calendar)

(Materials)

(Students)

(Professor)


Last Modification: (Sunday, August 25, 1996)