rfc1336.txt

著名的RFC文档,其中有一些文档是已经翻译成中文的的.

           guidelines for allocation of NSAP addresses in the Internet
           (RFC 1237).

           Previous to joining DEC, Mr. Callon was with Bolt Beranek and
           Newman, where he worked on OSI Standards, Network Management,
           Routing Protocols and other router-related issues.

           Mr. Callon received a Bachelor of Science degree in
           Mathematics from the Massachusetts Institute of Technology,
           and a Master of Science degree in Operations Research from
           Stanford University.

           ------------

           During eleven years of involvement with the Internet
           community it has been exciting to see the explosive growth in
           data communications from a relatively obscure technology to a
           technology in widespread everyday use. For the future, I am
           interested in transition to a world-wide multi-protocol
           Internet. This requires scaling to several orders of
           magnitude larger than the current Internet, and also requires
           a greater emphasis on reliability and ease of use. Probably
           our greatest challenge is to create a system which "ordinary
           people" can use with the reliability and ease of the current
           telephone system.












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RFC 1336                       Who's Who                        May 1992


      4.5  Dr. Vinton Cerf, IAB Member

           1960-1965, summer jobs with various divisions of North
           American Aviation (Now Rockwell International): Rocketdyne,
           Atomics International, Autonetics, Space and Information
           Systems Division.

           1965-1967, systems engineer, IBM, Los Angeles Data Center.
           Ran and maintained the QUIKTRAN interactive, on-line Fortran
           service.

           1967-1972, various programming positions at UCLA, largely
           involved with ARPANET protocol development and network
           measurement center and computer performance measurements.

           1972-1976, Assistant Professor of Computer Science and
           Electrical Engineering, Stanford University. Did research on
           networking, developed TCP/IP protocols for internetting under
           DARPA research grant.

           1976-1982, Program Manager and Principal Scientist,
           Information Processing Techniques Office, DARPA.  Managed the
           Internetting, Packet Technology and Network Security
           programs.

           1982-1986, Vice President of Engineering, MCI Digital
           Information Services Company. Developed MCI Mail system.

           1986-present, Vice President, Corporation for National
           Research Initiatives. Responsible for Internet, Digital
           Library and Electronic Mail system interconnection research
           programs.

           Stanford University, 1965 (math) B.S.  UCLA, 1970, 1972
           (computer science) M.S. and Ph.D.

           1972-1976, founding chairman of the International Network
           Working Group (INWG) which became IFIP Working Group 6.1.

           1979-1982, ex officio member of ICCB (predecessor to the
           Internet Activities Board), member of IAB from 1986-1989 and
           chairman from 1989-1991.

           1967-present, member of ACM; chairman of LA SIGART 1968-1969;
           chairman ACM SIGCOMM 1987-1991; at-large member ACM Council,
           1991-1993.

           1972-present, member of Sigma Xi.



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RFC 1336                       Who's Who                        May 1992


           1977-present, member of IEEE; Fellow, 1988.

           ------------

           The Internet started as a focused DARPA research effort to
           develop a capability to link computers across multiple,
           internally diverse packet networks. The successful evolution
           of this technology through 4 versions, demonstration on
           ARPANET, mobile packet radio nets, the Atlantic SATNET and
           at-sea MATNET provided the basis for formal mandating of the
           TCP/IP protocols for use on ARPANET and other DoD systems in
           1983. By the mid-1980's, a market had been established for
           software and hardware supporting these protocols, largely
           triggered by the Ethernet and other LAN phenomena, coupled
           with the rapid proliferation of UNIX-based systems which
           incorporated the TCP/IP protocols as part of the standard
           release package.  Concurrent with the development of a market
           and rapid increase in vendor interest, government agencies in
           addition to DoD began applying the technology to their needs,
           culminating in the formation of the Federal Research Internet
           Coordinating Committee which has now evolved into the Federal
           Networking Council, in the U.S. At the same time, similar
           rapid growth of TCP/IP technology application is occurring
           outside the US in Europe, the Middle East, the Pacific Rim,
           Eurasia, Australia, South and Central America and, to a
           limited extent, Africa.  The internationalization of the
           Internet has spawned new organizational foci such as the
           Coordinating Committee for International Research Networking
           (CCIRN) and heightened interest in commercial provision of IP
           services (e.g., in Finland, the U.S., the U.K. and
           elsewhere).

           The Internet has also become the basis for a proposed
           National Research and Education Network (NREN) in the U.S.
           It's electronic messaging system has been linked to the major
           U.S.  commercial email carriers and to other major private
           electronic mail services such as Bitnet (in the US, EARN in
           Europe) as well as UUNET (in the U.S.) and EUNET (in Europe).
           The Bitnet and UUCP-based systems are international in scope
           and complement the Internet system in terms of email
           connectivity.

           With the introduction of OSI capability (in the form of CLNP)
           into important parts of the Internet (such as the NSFNET
           backbone and selected intermediate level networks), a path
           has been opened to support the use of multiple protocol
           suites in the Internet. Many of the vendor routers/gateways
           support TCP/IP, OSI and a variety of vendor-specific



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RFC 1336                       Who's Who                        May 1992


           protocols in a common network environment.

           In the U.S., regional Bell Operating Company carriers are
           planning the introduction of Switched Multimegabit Data
           Services and Frame Relay services which can support TCP/IP
           and other Internet protocols. On the research side, DARPA and
           the NSF are supporting a major initiative in gigabit speed
           networking, towards which the NREN is aimed.

           The Internet is a grand collaboration of over 5000 networks
           involving millions of users, hundreds of thousands of hosts
           and dozens of countries around the world. It may well do for
           computers what the telephone system has done for people:
           provided a means for international interchange of information
           which is blind to nationality, proprietary interests, and
           hardware platform specifics.

      4.6  Noel Chiappa, IETF Internet Area Co-director

           Noel Chiappa is currently an independent inventor working in
           the area of computer networks and system software. His
           principal occupation, however, is his service as the Internet
           Area Co-director for the Internet Engineering Steering Group
           of the Internet Engineering Task Force.

           His primary current research interest is in the area of
           routing and addressing architectures for very large scale
           (globally ubiquitous and larger) internetworks, but he is
           generally interested in the problems of the packet layer of
           internetworking; i.e., everything involved in getting traffic
           from one host to another anywhere in the internetwork.  As a
           'spare time amusement' project, he is also writing a C
           compiler with many novel features intended for use in large
           programming projects with many source and header files.

           He has been a member of the TCP/IP Working Group and its
           successors (up to the IETF) since 1977. He was a member of
           the Research Staff at the Massachusetts Institute of
           Technology from 1977-1982 and 1984-1986. While at MIT he
           worked on packet switching and local area networks, and was
           responsible for the conception of the multi-protocol backbone
           and the multi-protocol router.  After leaving MIT he worked
           with a number of companies, including Proteon, to bring
           networking products based on work done at MIT to the public.
           He attended Phillips Andover Academy and MIT.  He was born
           and bred in Bermuda.

           His outside interests include study and collection of antique



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RFC 1336                       Who's Who                        May 1992


           racing cars (principally Lotuses), reading (particularly
           political and military history and biographies), landscape
           gardening (particularly Japanese), and study of Oriental rugs
           (particularly Turkoman tribal rugs) and Oriental antiques
           (particularly Japanese lacquerware and Chinese archaic
           jades).

      4.7  A. Lyman Chapin, IAB Chairman

           Lyman Chapin graduated from Cornell University in 1973 with a
           B.A. in Mathematics, and spent the next two years writing
           COBOL applications for Systems & Programs (NZ) Ltd. in Lower
           Hutt, New Zealand.  After a year travelling in Australia and
           Asia, he joined the newly-formed Networking group at Data
           General Corporation in 1977.  At DG, he was responsible for
           the development of software for distributed resource
           management (operating-system embedded RPC), distributed
           database management, X.25-based local and wide- area
           networks, and OSI-based transport, internetwork, and routing
           functions for DG's open-system products.  In 1987 he formed
           the Distributed Systems Architecture group, and was
           responsible for the development of DG's Distributed
           Application Architecture (DAA) and for the specification of
           the directory and management services of DAA.  He moved to
           Bolt, Beranek & Newman in 1990 as the Chief Network Architect
           in BBN's Communications Division, where he serves as a
           consultant to the Systems Architecture group and the
           coordinator for BBN's open system standards activities.  He
           is the chairman of ANSI-accredited task group X3S3.3,
           responsible for Network and Transport layer standards, since
           1982;  chairman of the ACM Special Interest Group on Data
           Communications (SIGCOMM) since July of 1991;  and chairman of
           the Internet Activities Board (IAB), of which he has been a
           member since 1989.  He lives with his wife and two young
           daughters in Hopkinton, Massachusetts.

           ------------

           I started out in 1977 working with X.25 networks, and began
           working on OSI in 1979 - first the architecture (the OSI
           Reference Model), and then the transport, internetwork, and
           routing protocol specifications.  It didn't take long to
           recognize the basic irony of OSI standards development:
           there we were, solemnly anointing international standards for
           networking, and every time we needed to send electronic mail
           or exchange files, we were using the TCP/IP-based Internet!
           I've been looking for ways to overcome this anomaly ever
           since;  to inject as much of the proven TCP/IP technology



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