Configuration management of computer programs by the Air Force

Searle, Lloyd V.; Neil, George

doi:10.1145/1465482.1465489

Cited by 6 publications

(3 citation statements)

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“…In the first cycle, data for 27 programming efforts (data points) completed at SDC were analyzed and the results were reported in the fall of 1964 (19). The work in the second cycle, an analysis of a total of 7^ data points also representing SDC programming work, was reported in detail in the fall of 1965 (62), and summarized and extended in the spring of 1966 (53). The third cycle, which included analysis of 169 data points,3 69 of which were programmed at SDC and 100 at Air Force and industrial programming organizations, provides most of the quantitative guidelines found in the section on Computer Program Design, Code, and Test.…”

Section: Introductionmentioning

confidence: 99%

Management Handbook for the Estimation of Computer Programming Costs

Nelson¹

1967

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Section: Introductionmentioning

confidence: 99%

Management Handbook for the Estimation of Computer Programming Costs

Nelson¹

1967

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“…These Air Force 375 Management Concepts as applied to 7.13 ANALYZING SYSTEM DEVELOPMENT software are based on the decision that a computer program can be defined as a Computer Program Contract End Item (CPCEI). Described in some detail in References 14,15,16,and 20, the procedures detailed in this system include the definition of specifications and review procedures which assist considerably in assuring that the operational requirements are defined. before the system implementation begins.…”

Section: People Don't Understand the Complete Operational Problemmentioning

confidence: 99%

“…The translator also contains specialized information for dealing with quantifiers and and/or clauses. For example, the following expressions will be translated correctly into the equivalent LISP forms: NO MEMBER OF X IS ATOMIC AND NOT NULL 148 THE FIRST ELEMENT OF X IS GREATER THAN THE SECOND AND NOT LESS THAN THE THIRD THE FIRST ELEMENT OF SOME MEMBER OF X IS A NUMBER THAT IS GREATER THAN THE SECOND ELEMENT FORTRAN 10,22,25,29,30,31,36,44,52,77,80,101,116 12,15,20,39,44,51,52,58,64,99 Ossification 61 Oxford 29…”

Section: Toward a Programming Laboratory By Warren Teitelmanmentioning

confidence: 99%

Software Engineering Techniques

Huzar¹,

Koci²,

Meyer³

et al. 2011

Lecture Notes in Computer Science

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Note for the current edition: The version of this report that you are reading was prepared by scanning the original edition, conversion to text through OCR, and then reformatting. Every effort has been made to do this as accurately as possible. However, it is almost certain that some errors have crept in despite best efforts. One of the problems was that the OCR software used kept trying to convert the original British spellings of words like 'realise' to the American spelling 'realize' and made other stupid mistakes. Whenever the OCR program was unsure of a reading, it called it to the attention of the operator, but there were a number of occasions in which it was sure, but wrong. Not all of these instances are guaranteed to have been caught.Although the editor tried to conform to the original presentation, certain changes were necessary, such as pagination. In order that the original Table of Contents and Indices would not have to be recalculated, an artifice was used. In the PDF version, the original page breaks are indicated in the text thusly: 49 indicates that this is the point at which page 49 began in the original edition. If two such indicators appear together, this shows that there was a blank page in the original.The figures have been redrawn to improve legibility. The original size and scale was not changed. In order to accommodate the new pagination, the figures may have been shifted slightly from their position in the original document.Finally, it should be noted that the effort required to produce the current edition was a tiny fraction of the effort required for the original. The current editor therefore wants to express his appreciation to the original editors, John Buxton and Brian Randell, for producing this second volume of NATO Conference Reports. PREFACEA working conference on software engineering techniques, sponsored by the NATO Science Committee, was held from the 27th to 31st October 1969, near Rome, Italy. The conference was intended as a direct sequel to the NATO conference on software engineering held at Garmisch, Germany, from 7th to 11th October 1968. About sixty people from eleven countries attended the meeting. A list of participants is provided in Appendix 1.This report summarizes the discussions held at the conference and includes a selection from the more than 50 working papers prepared by the conference participants. The report has been prepared in much the same manner as was used for the report of the Garmisch conference, and which is described in the preface to that report.Material from the working papers and from transcribed and edited discussions has been combined under specific headings into sections 1 to 6 of this report. Lengthy working papers that have been selected for the report are reproduced in section 7.Two sessions at the conference, on the subject of the NATO Science Committee proposals for an International Institute for Software Engineering, which were in the main nontechnical, have not been covered in this report.The similarities of the structure of this r...

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The air force computer program acquisition concept

Ratynski

1967

Proceedings of the April 18-20, 1967, Spring Joint Computer Conference on - AFIPS '67 (Spring)

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Configuration management of computer programs by the Air Force

Cited by 6 publications

References 3 publications

Management Handbook for the Estimation of Computer Programming Costs

Management Handbook for the Estimation of Computer Programming Costs

Software Engineering Techniques

The air force computer program acquisition concept

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