algol 58造句

• John Backus developed the Backus normal form method of describing programming languages specifically for ALGOL 58.
• He proposed its inclusion in ALGOL, but it was not made part of the Algol 58 specification.
• By the end of 1958 the ZMMD-group had built a working ALGOL 58 compiler for the Z22 computer.
• ALGOL 58 saw some implementation effort at IBM, but the effort was in competition with FORTRAN, and soon abandoned.
• The language and compiler were an early implementation of the International Algebraic Language ( IAL ) also known as ALGOL 58.
• ALGOL 58 gave NEL the framework for an implementation, and work commenced in 1958, but was not fully developed until 1961.
• While "'MAD "'was motivated by ALGOL 58, it does not resemble ALGOL 58 in any significant way.
• While "'MAD "'was motivated by ALGOL 58, it does not resemble ALGOL 58 in any significant way.
• He contributed in particular in the field of compiler pioneering work and was eventually involved in defining the programming languages ALGOL 58 and ALGOL 60.
• An implementation for the Burroughs 220 called BALGOL evolved along its own lines as well, but retained much of ALGOL 58's original character.
• It emerged in the late 1950s with the appearance of the ALGOL 58 and ALGOL 60 programming languages, with the latter including support for block structures.
• The success of FORTRAN led to the formation of a committee of scientists to develop a " universal " computer language; the result of their effort was ALGOL 58.
• In the ALGOL 58 report, John Backus presented a formal notation for describing programming language syntax, later named Backus normal form then renamed Backus Naur form ( BNF ).
• The first ALGOL 58 compiler was completed by the end of 1958 by Friedrich L . Bauer, Hermann Bottenbruch, Heinz Rutishauser, and Klaus Samelson for the Z22 computer.
• It is called a variant of ALGOL 58 because of similarities to that language, but shortly afterwards the ALGOL committee produced other versions of ALGOL, and NELIAC and ALGOL parted ways.
• In this context, he was the first to propose the widely used imperative computer programming languages ALGOL 58 and its successor ALGOL 60, important predecessors to all modern imperative programming languages.
• Among other contributions, he introduced a number of basic syntactic features to programming, notably the f黵 " in Superplan, next via its English translation " for " in ALGOL 58.
• In proposing the collaboration with the ACM that led to ALGOL 58, the Gesellschaft f黵 Angewandte Mathematik und Mechanik wrote that it considered MATH-MATIC the closest available language to its own proposal.
• The "'Navy Electronics Laboratory International ALGOL Compiler "'or NELIAC was a dialect and compiler implementation of the ALGOL 58 programming language developed by the Naval Electronics Laboratory in 1958.
• ALGOL 58's primary contribution was to later languages; it was used as a basis for JOVIAL, CACM ", beginning a trend of using ALGOL notation in publication that continued for many years.