Add to ORKGA series of Basic Assembler Language subroutines were developed and made available to the FORTRAN IV language processor which makes list processing possible in a flexible and easily understood way. The subroutine will create and maintain list structures in the computer\u27s core storage. The subroutines are sufficiently general to permit FORTRAN programmers to tailor list processing routines to their own individual requirements. List structure sizes are limited only by the amount of core storage available. (61 pages
When the first specification of the FORTRAN language was released in 1956, the goal was to provide a...
FortranM is a small set of extensions to Fortran 77 that supports a modular approach to the design o...
To date, programming language research has made several major contributions to the support of high s...
A series of Basic Assembler Language subroutines were developed and made available to the FORTRAN IV...
The paper discusses a number of functions and subroutines which all deal with list processing and ar...
This paper discusses the design, implementation and usefulness of a system for the flexible creation...
List processing subroutines for IBM 1800/1130 information storage and retrieval syste
The chief advantage of the digital computer is that it can be instructed to perform complex or repet...
A new model of list processing is proposed which is more suitable as a basic data structure for arch...
This thesis is an investigation into the extent to which the language, FORTRAN, can be converted au...
Fortran I, Basic ideas of programming in FortranFortran II, high level languageFortran V, Input, Out...
Although Fortran is not a pleasant language to use, it does have the advantages of universality and ...
Although it has many flaws by comparison with more modern programming languages, Fortran remains the...
Fortran has largely enjoyed prominence for the past few decades as the computer programming language...
The Fortran programming language was designed by John Backus and his colleagues at IBM to reduce the...
When the first specification of the FORTRAN language was released in 1956, the goal was to provide a...
FortranM is a small set of extensions to Fortran 77 that supports a modular approach to the design o...
To date, programming language research has made several major contributions to the support of high s...
A series of Basic Assembler Language subroutines were developed and made available to the FORTRAN IV...
The paper discusses a number of functions and subroutines which all deal with list processing and ar...
This paper discusses the design, implementation and usefulness of a system for the flexible creation...
List processing subroutines for IBM 1800/1130 information storage and retrieval syste
The chief advantage of the digital computer is that it can be instructed to perform complex or repet...
A new model of list processing is proposed which is more suitable as a basic data structure for arch...
This thesis is an investigation into the extent to which the language, FORTRAN, can be converted au...
Fortran I, Basic ideas of programming in FortranFortran II, high level languageFortran V, Input, Out...
Although Fortran is not a pleasant language to use, it does have the advantages of universality and ...
Although it has many flaws by comparison with more modern programming languages, Fortran remains the...
Fortran has largely enjoyed prominence for the past few decades as the computer programming language...
The Fortran programming language was designed by John Backus and his colleagues at IBM to reduce the...
When the first specification of the FORTRAN language was released in 1956, the goal was to provide a...
FortranM is a small set of extensions to Fortran 77 that supports a modular approach to the design o...
To date, programming language research has made several major contributions to the support of high s...