Editing One-instruction set computer (section)

== References ==
{{Reflist|refs=

<ref name=urisc>{{Cite journal
  | last = Mavaddat
  | first = F.
  |author2=Parhami, B.
  | title = URISC: The Ultimate Reduced Instruction Set Computer
  | journal = International Journal of Electrical Engineering Education
  | volume = 25
  | issue = 4
  | pages = 327–334
  | publisher = Manchester University Press
  | date = October 1988
  |url=http://www.ece.ucsb.edu/~parhami/pubs_folder/parh88-ijeee-ultimate-risc.pdf
  | doi =10.1177/002072098802500408
  | s2cid = 61797084
  | access-date = 2010-10-04}}
This paper considers "a machine with a single 3-address instruction as the ultimate in RISC design (URISC)". Without giving a name to the instruction, it describes a SBN OISC and its associated assembly language, emphasising that this is a ''universal'' (i.e., [[Turing-complete]]) machine whose simplicity makes it ideal for classroom use.</ref>

<ref name=caamp>{{Cite book
 |last        = Gilreath
 |first       = William F.
 |author2     = Laplante, Phillip A.
 |title       = Computer Architecture: A Minimalist Perspective
 |publisher   = [[Springer Science+Business Media]]
 |year        = 2003
 |url         = http://www.caamp.info
 |isbn        = 978-1-4020-7416-5
 |url-status     = dead
 |archive-url  = https://web.archive.org/web/20090613042342/http://www.caamp.info/
 |archive-date = 2009-06-13
}}
Intended for researchers, computer system engineers, computational theorists and students, this book provides an in-depth examination of various OISCs, including SBN and MOVE. It attributes SBN to W. L. van der Poel (1956).</ref>

<ref name=agut>{{Citation
  | last1 = Nürnberg
  | first1 = Peter J.
  | last2 = Wiil
  | first2 = Uffe K.
  | last3 = Hicks
  | first3 = David L.
  | title = Metainformatics: International Symposium, MIS 2003
  | place = Graz, Austria
  | publisher = [[Springer Science+Business Media]]
  | date = September 2003
  | chapter = A Grand Unified Theory for Structural Computing
  | chapter-url = https://books.google.com/books?id=uxjigT31ns4C&pg=PA1
  | pages = 1–16
  | url = http://www.informatik.uni-trier.de/~ley/db/conf/metainformatics/metainformatics2003.html
  | isbn = 978-3-540-22010-7
  | access-date = 2009-09-07
  | archive-date = 2015-01-03
  | archive-url = https://web.archive.org/web/20150103161748/http://www.informatik.uni-trier.de/~ley/db/conf/metainformatics/metainformatics2003.html
  | url-status = dead
  }}
This research paper focusses entirely on a SUBLEQ OISC and its associated assembly language, using the name SUBLEQ for "both the instruction and any language based upon it".</ref>

<ref name=dwj>{{Cite journal
  | last = Jones
  | first = Douglas W.
  | title = The Ultimate RISC
  | journal = ACM SIGARCH Computer Architecture News
  | volume = 16
  | issue = 3
  | pages = 48–55
  | publisher = ACM
  | location = New York
  | date = June 1988
  |url=http://www.cs.uiowa.edu/~jones/arch/risc/
  | doi = 10.1145/48675.48683
  | s2cid = 9481528
  | access-date = 2010-10-04}}
"Reduced instruction set computer architectures have attracted considerable interest since 1980.  The ultimate RISC architecture presented here is an extreme yet simple illustration of such an architecture.  It has only one instruction, move memory to memory, yet it is useful."</ref>

<ref name=deh>{{Citation
  | last = Catsoulis
  | first = John
  | title = Designing embedded hardware
  | publisher = [[O'Reilly Media]]
  | year = 2005
  | edition = 2
  | pages = 327–333
  | isbn = 978-0-596-00755-3}}</ref>

<ref name=crq>{{Citation
  | first = Oleg
  | last = Mazonka
  | author2 =  Tsoutsos, Nektarios Georgios
  | author3 = Maniatakos, Michail
  | title = Cryptoleq: A Heterogeneous Abstract Machine for Encrypted and Unencrypted Computation
  | journal = IEEE Transactions on Information Forensics and Security
 | year = 2016
  | volume = 11
 | issue = 9
 | pages = 2123–2138
 | doi= 10.1109/TIFS.2016.2569062| s2cid = 261387
 }}</ref>
}}