rfc1118.txt

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  [2]  Tannenbaum, A., "Computer Networks", Prentice Hall, 1981.

  [3]  Hedrick, C., "Introduction to the Internet Protocols", Via
       Anonymous FTP from topaz.rutgers.edu, directory pub/tcp-ip-docs,
       file tcp-ip-intro.doc.

  [4]  Comer, D., "Internetworking with TCP/IP: Principles, Protocols,
       and Architecture", Copyright 1988,  by Prentice-Hall, Inc.,
       Englewood Cliffs, NJ,  07632 ISBN 0-13-470154-2.

Appendix B - List of Major RFCs
-------------------------------

This list of key "Basic Beige" RFCs was compiled by J.K. Reynolds.  This
is the 30 August 1989 edition of the list.

RFC-768       User Datagram Protocol (UDP)
RFC-791       Internet Protocol (IP)
RFC-792       Internet Control Message Protocol (ICMP)
RFC-793       Transmission Control Protocol (TCP)
RFC-821       Simple Mail Transfer Protocol (SMTP)
RFC-822       Standard for the Format of ARPA Internet Text Messages
RFC-826       Ethernet Address Resolution Protocol
RFC-854       Telnet Protocol
RFC-862       Echo Protocol
RFC-894       A Standard for the Transmission of IP
              Datagrams over Ethernet Networks
RFC-904       Exterior Gateway Protocol
RFC-919       Broadcasting Internet Datagrams
RFC-922       Broadcasting Internet Datagrams in the Presence of Subnets
RFC-950       Internet Standard Subnetting Procedure
RFC-951       Bootstrap Protocol (BOOTP)
RFC-959       File Transfer Protocol (FTP)
RFC-966       Host Groups: A Multicast Extension to the Internet Protocol
RFC-974       Mail Routing and the Domain System
RFC-1000      The Request for Comments Reference Guide
RFC-1009      Requirements for Internet Gateways
RFC-1010      Assigned Numbers



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RFC-1011      Official Internet Protocols
RFC-1012      Bibliography of Request for Comments 1 through 999
RFC-1034      Domain Names - Concepts and Facilities
RFC-1035      Domain Names - Implementation
RFC-1042      A Standard for the Transmission of IP
              Datagrams over IEEE 802 Networks
RFC-1048      BOOTP Vendor Information Extensions
RFC-1058      Routing Information Protocol
RFC-1059      Network Time Protocol (NTP)
RFC-1065      Structure and Identification of
              Management Information for TCP/IP-based internets
RFC-1066      Management Information Base for Network
              Management of TCP/IP-based internets
RFC-1084      BOOTP Vendor Information Extensions
RFC-1087      Ethics and the Internet
RFC-1095      The Common Management Information
              Services and Protocol over TCP/IP (CMOT)
RFC-1098      A Simple Network Management Protocol (SNMP)
RFC-1100      IAB Official Protocol Standards
RFC-1101      DNS Encoding of Network Names and Other Types
RFC-1112      Host Extensions for IP Multicasting
RFC-1117      Internet Numbers

Note:  This list is a portion of a list of RFC's by topic that may be
retrieved from the NIC under NETINFO:RFC-SETS.TXT (anonymous FTP, of
course).

The following list is not necessary for connection to the Internet,
but is useful in understanding the domain system, mail system, and
gateways:

RFC-974        Mail Routing and the Domain System
RFC-1009       Requirements for Internet Gateways
RFC-1034       Domain Names - Concepts and Facilities
RFC-1035       Domain Names - Implementation and Specification
RFC-1101       DNS Encoding of Network Names and Other Types















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Appendix C - Contact Points for Network Information
---------------------------------------------------

Network Information Center (NIC)

      DDN Network Information Center
      SRI International, Room EJ291
      333 Ravenswood Avenue
      Menlo Park, CA 94025
      [phone] or [phone]

      [e-mail]

NSF Network Service Center (NNSC)

      NNSC
      BBN Systems and Technology Corporation
      10 Moulton St.
      Cambridge, MA 02238
      [phone]

      [e-mail]

NSF Network Information Service (NIS)

      NIS
      Merit Inc.
      University of Michigan
      1075 Beal Avenue
      Ann Arbor, MI 48109
      [phone]

      [e-mail]

CIC

      CSNET Coordination and Information Center
      Bolt Beranek and Newman Inc.
      10 Moulton Street
      Cambridge, MA 02238
      [phone]

      [e-mail]








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Glossary
--------

   autonomous system

      A set of gateways under a single administrative control and using
      compatible and consistent routing procedures.  Generally speaking,
      the gateways run by a particular organization.  Since a gateway is
      connected to two (or more) networks it is not usually correct to
      say that a gateway is in a network.  For example, the gateways
      that connect regional networks to the NSF Backbone network are run
      by Merit and form an autonomous system.  Another example, the
      gateways that connect campuses to NYSERNET are run by NYSER and
      form an autonomous system.

   core gateway

      The innermost gateways of the Internet.  These gateways have a
      total picture of the reachability to all networks known to the
      Internet.  They then redistribute reachability information to
      their neighbor gateways speaking EGP.  It is from them your EGP
      agent (there is one acting for you somewhere if you can reach the
      core of the Internet) finds out it can reach all the nets on the
      Internet.  Which is then passed to you via Hello, gated, RIP.  The
      core gateways mostly connect campuses to the ARPANET, or
      interconnect the ARPANET and the MILNET, and are run by BBN.

   count to infinity

      The symptom of a routing problem where routing information is
      passed in a circular manner through multiple gateways.  Each
      gateway increments the metric appropriately and passes it on.  As
      the metric is passed around the loop, it increments to ever
      increasing values until it reaches the maximum for the routing
      protocol being used, which typically denotes a link outage.

   hold down

      When a router discovers a path in the network has gone down
      announcing that that path is down for a minimum amount of time
      (usually at least two minutes).  This allows for the propagation
      of the routing information across the network and prevents the
      formation of routing loops.

   split horizon

      When a router (or group of routers working in consort) accept
      routing information from multiple external networks, but do not



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      pass on information learned from one external network to any
      others.  This is an attempt to prevent bogus routes to a network
      from being propagated because of gossip or counting to infinity.

   DDN

      Defense Data Network the collective name for the ARPANET and
      MILNET.  Used frequently because although they are seperate
      networks the operational and informational foci are the same.

Security Considerations

   Security and privacy protection is a serious matter and too often
   nothing is done about it.  There are some known security bugs
   (especially in access control) in BSD Unix and in some
   implementations of network services.  The hitchhikers guide does not
   discuss these issues (too bad).

Author's Address

   Ed Krol
   University of Illinois
   195 DCL
   1304 West Springfield Avenue
   Urbana, IL  61801-4399

   Phone: [phone]

   EMail: [e-mail]






















Krol                                                           [Page 24]