Certification of Algorithms 120 and Matrix Inversion by Gauss Jordan, INVERSION II and gjr. Remarks on and Certification of Algorithm 50: Inverse of a Finite Segment of the Hilbert Matrix. Classification and Representation of Operands. 3.1.6 Size and Performance.Ĭhecking of Operand Types in ALGOL Compilers (1965)Ībstract. The Design of the Gier ALGOL Compiler (1963)Ībstract. Review of John Backus: Can Programming Be Liberated From the Von Neumann Style? A Functional Style and Its Algebra of Programs (1978)ĬOMPILER CONSTRUCTION AND DATA PROCESSING Programming Languages-Status and Trends (1972)Ībstract. Successes and Failures of the ALGOL Effort (1968)Īad van Wijngaarden's Contributions to ALGOL 60 (1981) 2.1.3 Excerpts from Report on the Algorithmic Language ALGOL 60. Draft report by Peter Naur, Regnecentralen, Copenhagen, 1960 Jan. 1.5.6 Consequences for the Teaching of Computing.Ģ.1.1 From ALGOL Bulletin no.
1.5.5 Some General Theorems About Computing. 1.5.3 So Called Foundations of the Sciences. 1.4.9 Conclusions.Ĭomputing and the So-Called Foundations of the So-Called Sciences (1990)Ībstract. 1.4.8 Programmers' Status and the Theory Building View. 1.4.5 Problems and Costs of Program Modifications. 1.4.4 The Theory To Be Built by the Programmer. 1.4.2 Programming and the Programmers' Knowledge. 1.3.8 Descriptive and Prescriptive Attitudes to Language. 1.3.6 FORTRAN and COBOL as Given Facts of Life.
1.3.3 Programming Languages and Natural Languages. Programming Languages, Natural Languages, and Mathematics (1975)Ībstract. ALGOL and Common Programming Languages.ġ.2.1 Data and What They Represent.
The Place of Programming in a World of Problems, Tools and People (1965) UNDERSTANDING THE HUMAN ACTIVITY OF COMPUTING Principal contributions are collected in:Ĭomputing: A Human Activity - Selected Writings From 1951 To 1990ĪCM Press/Addison-Wesley, New York, 1992, 630 p. Computing: A Human Activity Principal contributions in computing until 1990:
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