Jerry Saltzer

Jerome Howard "Jerry" Saltzer (born October 9, 1939) is an American computer scientist.[2]

Jerome H. Saltzer
Born (1939-10-09) October 9, 1939
Nampa, Idaho
Alma materMIT
Known forMultics, Project Athena
Awards2010 Computer System Security Award of the National Institute of Standards and Technology (NIST)[1]
Scientific career
ThesisTraffic control in a multiplexed computer system (1966)
Doctoral advisorFernando J. Corbató
Doctoral students
Websiteweb.mit.edu/Saltzer/

Career

Jerry Saltzer received an ScD in Electrical Engineering from MIT in 1966. His dissertation was 'Traffic Control in a Multiplexed System', was advised by Fernando Corbató.[3] In 1966, he joined the faculty of the Department of Electrical Engineering and Computer Science at MIT.

One of Saltzer's earliest involvements with computers was with MIT's Compatible Time-Sharing System in the early 1960s. In the later 1960s and early 1970s, he was one of the team leaders of the Multics operating system project. Multics, though not particularly commercially successful in itself, has had a major impact on all subsequent operating systems; in particular, it was an inspiration for Ken Thompson to develop Unix. Saltzer's contributions to Multics included the now-standard kernel stack switching method of process switching, as well as oft-cited work on the security architecture for shared information systems.[4]

Saltzer led the Computer Systems Research group of MIT's Laboratory for Computer Science. In the late 1970s and early 1980s, the Computer Systems Research group was one of the key players in the development of the Internet and ring network technology for local area networks. During this time, Saltzer patented the Proteon ProNet ring network. Another contribution in that area was the end-to-end principle in systems design, which is one of the important underlying principles that governs the operation of the Internet.

From 1984 to 1988 Saltzer served as Technical Director of MIT's Project Athena. "[email protected]" is one of the few Athena usernames with a capital letter, and legend has it that several special case hacks were required to support this functionality. In September 1995 Saltzer retired from his full-time faculty position, but continued writing and teaching part-time at MIT.[2]

Family

Saltzer is known to all (colleagues, students, friends and family) as "Jerry". In 1961 he married Marlys Anne Hughes. They have two children: Rebecca (born 1962) and Sarah (born 1963). He has two grandchildren: Hannah (born 1997), and Caroline (born 1999).[5]

Other interests

Saltzer is also very interested in 19th century landscape art of the western United States; he has prepared the catalogue raisonné of the paintings of the painter Frederick Ferdinand Schafer (de).[6][7][8][9]

Software

Saltzer has been the programmer, a designer, or the inspiration, for a number of important pieces of systems software, which are either still in use or have descendants still being used today:

As Technical Director of Project Athena, he supported development of the X Window System, an open-source windowing system, still used and developed on Unix-like systems.

References
  1. "Computer System Security Award of the National Institute of Standards and Technology".
  2. Saltzer, Jerome H. "Curriculum Vitae". MIT.
  3. "Jerome Saltzer". Mathematics Genealogy Project. Department of Mathematics, North Dakota State University. Retrieved 28 November 2019.
  4. Jerome H. Saltzer, Michael D. Schroeder, The Protection of Information in Computer Systems (Proceedings of the IEEE, September 1975).
  5. Caroline Grossman (granddaughter)
  6. Hallie Ford Museum of Art
  7. Saltzer, Jerome H. (August 2020). "Frederick Ferdinand Schafer Catalog, Home Page". ffscat.lcs.mit.edu. Retrieved 19 September 2020.
  8. "Frederick Ferdinand Schafer | artnet". artnet.com. Retrieved 19 September 2020.
  9. "Old Roscoe on the Truckee River". Birmingham Museum of Art.
  10. History of UNIVAC's ED processor (ED-1100)
  11. SALTZER, JEROME H.; CLARK, DAVID D.; ROMKEY, JOHN L.; GRAMLICH, WAYNE C. (May 1985). "The Desktop Computer as a Network Participant". Journal on Selected Areas in Communications. IEEE. SAC-3 (3): 468–478. doi:10.1109/JSAC.1985.1146219. The desktop computer was the IBM Personal Computer attached to one of several local area networks: Ethernet, PRONET, and an RS-232 asynchronous serial line network. The collection of programs is known as PCIP.
  12. Aboba, Bernard Aboba (1993-12-18). "How PC-IP Came to Be, as told by, John Romkey". Internaut: an online supplement to "The Online User's Encyclopedia'". Archived from the original on 7 August 2011. Retrieved 19 September 2020. My involvement with PC-IP began when I was a freshman at MIT in 1981, and I needed a job to pay my tuition. I had used the ARPNET a little bit, and there was an advertisement for a job with Dave Clark and Jerry Saltzer at the Lab for Computer Science (LCS). I interviewed for the job and got it. They were working on a research project to see if TCP/IP could run on something as small as an IBM PC.... While I was at Epilogue, we created an Internet Toaster for Interop in 1990.
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