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Words that end in 6811

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  • dod-std-2168 — (standard)   A DoD standard for software quality assurance procedures.
  • algol 68 — (language)   An extensive revision of ALGOL 60 by Adriaan van Wijngaarden et al. ALGOL 68 was discussed from 1963 by Working Group 2.1 of IFIP. Its definition was accepted in December 1968. ALGOL 68 was the first, and still one of very few, programming languages for which a complete formal specification was created before its implementation. However, this specification was hard to understand due to its formality, the fact that it used an unfamiliar metasyntax notation (not BNF) and its unconventional terminology. One of the singular features of ALGOL 68 was its orthogonal design, making for freedom from arbitrary rules (such as restrictions in other languages that arrays could only be used as parameters but not as results). It also allowed user defined data types, then an unheard-of feature. It featured structural equivalence; automatic type conversion ("coercion") including dereferencing; flexible arrays; generalised loops (for-from-by-to-while-do-od), if-then-else-elif-fi, an integer case statement with an 'out' clause (case-in-out-esac); skip and goto statements; blocks; procedures; user-defined operators; procedure parameters; concurrent execution (par-begin-end); semaphores; generators "heap" and "loc" for dynamic allocation. It had no abstract data types or separate compilation.
  • rfc 1268 — (networking, standard)   One of the RFCs describing Border Gateway Protocol.
  • rfc 1568 — (messaging, standard)   An RFC defining the Simple Network Paging Protocol (SNPP) which is designed to support Internet access to paging services such as those based on the Telocator Alphanumeric Protocol. See also RFC 1861.
  • rfc 2068 — (networking, standard)   The RFC defining HTTP version 1.1.
  • c68 — c386
  • multipop-68 — (operating system)   An early time-sharing operating system developed in Edinburgh by Robin Popplestone and others. It was inspired by MIT' Project MAC, via a "MiniMac" project which was aborted when it became obvious that Elliot Brothers Ltd. could not supply the necessary disk storage. Multipop was highly efficient in its use of machine resources to support symbolic programming, and effective - e.g. in supporting the development of the Boyer-Moore theorem prover and of Burstall and Darlington's transformation work. It was not good at supporting the user programs which were then the standard fare of computing, e.g. matrix inversion. This arose from the fact that while the POP-2 compiler generated good code for function call (which is a lot of what layered systems like operating systems do) it did not generate efficient code for arithmetic or store access, because there was no way to police the generation of illegal objects statically. (Hindley-Milner type checking did not exist). Indeed, since many OS features like file-access were performed by function-call (of a closure) rather than an OS call requiring a context switch, POP-2 actually gained performance. Multipop68 was efficient primarily because the one language, POP-2 served all purposes: it was the command language for the operating system as well as being the only available programming language. Thus there was no need to swap in compilers etc. All store management was accomplished uniformly by the garbage collector, as opposed to having store management for the OS and store management for each application. There was a substantial amount of assembly language in Multipop68. This was primarily for interrupt handling, and it is difficult to handle this without a real-time garbage-collector.
  • ieee 1076 — The IEEE standard for VHDL.