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• 
  John C. Reynolds:
  Reasoning about arrays. 23
• 
  John Beidler, John G. Meinke:
  An intermediate level dynamic storage capability. 24-33
• 
  Richard J. Cichelli:
  Pascal-I: interactive, conversational Pascal-S. 34-44
• 
  Karel Culík:
  What is a flowchart loop and about structured programming. 45-57
• 
  John D. Gannon, Paul R. McMullin, Richard G. Hamlet, Mark A. Ardis:
  Testing traversable stacks. 58-65
• 
  Douglas R. Kaye:
  Interactive Pascal input. 66-68
• 
  William P. LaPlant, Matthew A. Jaro:
  The UNIMAC lexical analyzer. 69-76
• 
  Janusz W. Laski:
  A hierarchical approach to program testing. 77-85
• 
  Christopher D. S. Moss:
  Structured programming with loop statements. 86-94
• 
  Roger Schoenberger:
  Resource management in PORTAL. 95-102
• 
  Stephen A. Sutton:
  An algorithm for user interaction. 103-104
• 
  Richard N. Taylor:
  Assertions in programming languages. 105-114
• 
  Barry K. Rosen:
  How practical is POPL? 115-116
• 
  Roger M. Firestone:
  An experimental LISP system for the SPERRY UNIVAC 1100 Series. 117-129
• 
  Michael A. Mayor:
  A language for network analysis and definition. 130-138
• 
  F. P. Mehrlich, S. M. Tanner:
  Portability: high level language implementation. 139-145
• 
  Frank W. Stodola:
  The PLUS programming language. 146-155
• 
  Thomas G. Weidner:
  CHAMIL: a case study in microprogramming language design. 156-166

• 
  Henry G. Baker:
  A source of redundant identifiers in PASCAL programs. 14-16
• 
  Raymond T. Boute:
  Simplifying ADA by removing limitations. 17-29
• 
  Harald Ganzinger, Knut Ripken:
  Operator identification in ADA: formal specification, complexity, and concrete implementation. 30-42
• 
  Darrel C. Ince:
  An interpretative implementation of limited entry decision tables in Algol 68. 43-45
• 
  Jaroslav Král:
  Parkinson programming. 46-50
• 
  Godfrey Lee, Tim Boreham, Bob Minns, Fred Smith, Rick Soderstrom:
  FORTRAN programming standards. 51-63
• 
  Avi Silberschatz, Richard B. Kieburtz:
  The external consistency of abstract data types. 64-73
• 
  Manfred Weber, Susan L. Bernstein:
  Global register allocation for non-equivalent register sets. 74-81
• 
  Linda Zucconi:
  A comment on "Control flow complexity and structuredness of programs" by Srinivasan and Gopalakrishna. 82-84

• 
  Bruce Anderson:
  Type syntax in the language "C": an object lesson in syntactic innovation. 21-27
• 
  Herbert Klaeren:
  An abstract software specification technique based on structural recursion. 28-34
• 
  Mary Shaw, William A. Wulf:
  Toward relaxing assumptions in languages and their implementations. 45-61

• 
  A. M. Addyman:
  A draft proposal for PASCAL. 1-66
• 
  A. M. Addyman:
  PASCAL standardisation. 67-69
• 
  Norman H. Cohen:
  Gödel numbers: a new approach to structured programming. 70-74
• 
  David Harel:
  "do considered od" considered odder than "do considered ob". 75
• 
  Brian A. Hetrick, H. Eisenberg:
  Confinement of a class of harmful effects of the goto statement. 76-78
• 
  R. Schild, H. Lienhard:
  Real-time programming in PORTAL. 79-92

• 
  Richard J. Cichelli:
  Fixing PASCAL'S I/O. 19
• 
  Charles Crowley:
  Structured programming is reductionistic! 20-23
• 
  John R. Ellis:
  A Lisp shell. 24-34
• 
  Douglas W. Jones:
  Tasking and parameters: a problem area in Ada. 37-40
• 
  Dennis W. Leinbaugh:
  Indenting for the compiler. 41-48
• 
  John R. Levine:
  Why a Lisp-based command language? 49-53
• 
  Sten Ljungkvist:
  Pascal and existing Fortran files. 54-55
• 
  Terje Noodt, Dag Belsnes:
  A simple extension of Pascal for quasi-parallel processing. 56-65
• 
  John Van Zandt:
  On visual and textual structures. 78-80

• 
  J. T. Galkowski:
  A critique of the DOD common language effort. 15-18
• 
  David W. E. Blatt:
  On the great big substitution problem. 19-27
• 
  Franklyn T. Bradshaw, George W. Ernst, Raymond J. Hookway, William F. Ogden:
  Procedure semantics and language definition. 28-33
• 
  Victor S. Foster:
  Performance measurement of a Pascal compiler. 34-38
• 
  Ahmed Mahjoub:
  A new modula compiler for the LSI-11. 39-45
• 
  Michael McNeil, William J. Tracz:
  PL/I program efficiency. 46-60
• 
  Brian L. Meek:
  Serial attitudes, parallel attitudes. 61-63
• 
  Abha Moitra:
  A note on algebraic specification of binary trees. 64-67
• 
  John Ker Reid:
  Functions for manipulating floating-point numbers. 68-76
• 
  Jan van den Bos:
  Comments on ADA process communication. 77-81

• 
  K. Mani Chandy, Jayadev Misra:
  A simple model of distributed programs based on implementation-hiding and process autonomy. 26-35
• 
  Frank DeRemer, Thomas J. Pennello, Richard Meyers:
  A syntax diagram for (preliminary) Ada. 36-47
• 
  Robert L. Glass:
  The "project which failed" which succeeded. 48-51
• 
  Darrel C. Ince:
  Paged input/output in some high level languages. 52-57
• 
  Manfred Jackel:
  A formatting parser for PASCAL programs. 58-63
• 
  Radu Nicolescu:
  Some short comments on the definition and the documentation of the ADA programming language. 64-71
• 
  Frank G. Pagan:
  Nested sublanguages of Algol 68 for teaching purposes. 72-81
• 
  Thomas J. Pennello, Frank DeRemer, Richard Meyers:
  A simplified operator identification scheme for Ada. 82-87
• 
  Robert K. Smart:
  Pointers to local variables. 88-89

• 
  Roy H. Campbell, Robert B. Kolstad:
  An overview of path Pascal's design. 13-14
• 
  Robert B. Kolstad, Roy H. Campbell:
  Path PASCAL user manual. 15-24
• 
  A. Chiarini:
  On FP languages combining forms. 25-27
• 
  W. Peter Dodd:
  Some comments on a recent article by Salvadori and Dumont regarding the evaluation of compound conditional expressions. 28-30
• 
  Syuetsu Hanata, Tadamasa Satoh:
  Compact chart: a program logic notation with high describability and understandability. 32-38
• 
  Jürgen M. Janas:
  A comment on "operator identification in ADA" by Ganzinger and Ripken. 39-42
• 
  John A. Sharp:
  Data oriented program design. 44-57
• 
  M. Nadir Yücel, Bogos Pinar:
  Bit processing with FORTRAN. 58-60
• 
  Tadao Takaoka:
  Introduction of history to variables. 61-63
• 
  Murat M. Tanik:
  Two experiments on a program complexity perception by programmers. 64-66

• 
  Edward A. Ashcroft, William W. Wadge:
  Some common misconceptions about Lucid. 15-26
• 
  Ronald F. Brender:
  The case against Ada as an APSE command language. 27-34
• 
  James F. Gimpel:
  Contour: a method of preparing structured flowcharts. 35-41
• 
  Marc A. Gobin:
  File handling in programming languages. 42-47
• 
  Henry F. Ledgard:
  A human engineered variant of BNF. 57-62
• 
  Kuo-Chung Tai, Kenneth P. Garrard:
  Comments on the suggested implementation of tasking facilities in the "rationale for the design of the ADA programming language". 76-84
• 
  Amiram Yehudai:
  Automatic indention versus program formatting. 85-87

Proceedings of the ACM-SIGPLAN symposium on the Ada programming language

• 
  Paul W. Abrahams:
  Proceedings of the ACM-SIGPLAN symposium on The ADA programming language, SIGPLAN 1980, Boston, Massachusetts, USA, December 9, 1980. ACM 1980, ISBN 978-0-89791-030-9 [contents]

• 
  L. Baxter:
  The versatility of PROLOG. 15-16
• 
  J. Craig Cleaveland:
  Mathematical specifications. 31-42
• 
  Leroy Johnson:
  do considered reflectively: a contribution to group programming. 43
• 
  Leroy Johnson:
  <u>do</u> considered <u>ob</u>viously <u>odd</u> in three dimensions. 44
• 
  Karl L. Pentzlin:
  A syntax for character and string constants supplying user-defined character codes. 45-52
• 
  Arthur Sale:
  Counterview in favour of strict type compatibility. 53-55
• 
  P. L. J. Siero:
  APL and Algo168, the correspondence and the differences, especially in applications of graph-analysis. 56-61
• 
  Jan Stroet:
  An alternative to the communication primitives in ADA. 62-74
• 
  Anthony G. Sumpter, Gerry E. Quick:
  Concurrency specification in high level languages. 75-81
• 
  Nora M. Taylor:
  Protection of proprietary software. 82-84
• 
  Jonathan S. Tutleman:
  "Handling large, complex and variable job-control streams using a procedure invocation package ('PIP') and a pseudo-library". 85-91
• 
  Neal R. Wagner:
  A Fortran preprocessor for the large program environment. 92-103

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last updated on 2024-06-26 20:18 CEST by the dblp team

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