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All-Union Symposium on Systems Programming

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Cybernetics Aims and scope

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Literature Cited (List of symposium papers) Memorial Papers

  1. A. P. Ershov, In Memory of G. I. Kozhukhin.

  2. I. N. Anikeeva, S. F. Bogdanova, A. O. Buda, T. S. Vasyuchkova, A. A. Granovskii, V. A. Gribachevskaya, A. V. Erofeev, A. P. Ershov, P. A Kim, S. É. Kozlovskii, G. I. Kozhukhi, S. K. Kozhukhina, I. V. Pottosin, A. E. Khoperskov, V. I. Shelekhov, and T. S. Yanchuk, The AL'FA-6 Programming Automation System.

  3. G. I. Kozhukhin, Yu., I. Rovkin, B. L. Tolstov, S. P. Treskova, and L. B. Éfros, Technological Capabilities of the Basic Software System for the Ural-14D Digital Computer.

  4. I. I. Knyazev, G. I. Kozhukhin, L. F. Laskin, K. M. Makarov, and L. B. Éfros, The MODIS Dispatcher and the MU-14 Programming Automation System for the Ural-14D Computer.

  5. E. G. Bryndin, L. G. Kabannik, V. L. Katkov, G. I. Kozhukhin, V. I. Fishelev, M. I. Fisheleva, A. Yu. Cherevikin, and N. A. Shishova, The IRIS System for the Representation of Graphic Information.

Assemblers and Macroassemblers

  1. A. V. Inozemtsev, V. A. Lomov, and V. G. Makeev, Synthesis of Special-Purpose High-Level Programming Languages from a Set of Macroinstructions.

  2. V. M. Mikhelev, ViK. S. Shtarkman, and Vs. S. Shtarkman, Implementation of a Macrogenerator for the BEMSh Autocode.

  3. V. M. Mikhelev and V. Yu. Vershubskii, Macrolanguages for Systems Programming.

  4. S. S. Gaisaryan and M. I. Kabanov, KOMFORT: A Language for the Description of Macroprograms in a FORTRAN Program Generator.

  5. A. V. Zamulin, Organization of a General-Purpose Information-Search System.

  6. F. I. Andon, L. N. Ivanenko, and A. A. Stognii, The INFOR System: Its Philosophy, Architecture, and Input Languages.

  7. L. D. Zaika, É. G. Kirin, and K. M. Tverdokhleb, The INFOR System: Request-Interpretation Philosophy.

  8. F. I. Andon and V. A. Reznichenko, The INFOR System: Working Subsystem.

  9. A. N. Ilyushin, Synthesis of a Data-Control System from Basic Concepts.

  10. Yu. A Polyusuk, Programming of the Automated Preparation of Information Publications.

  11. I. V. Sergienko and I. N. Parasyuk, Experience in the Development and Application of a Class of Automated Data-Processing Systems.

Programming Technology

  1. A. P. Ershov, Matrix Organization of the Design of Program Complexes.

  2. A. O. Buda, Constructive Approach to the Design of a Programming System (Based on Experience in the Development of AL'FA-6).

  3. I. V. Klokachev, Technology: The Crucial Problem of Modern Programming.

  4. M. E. Nemenman, Technology of the Synthesis of Software Systems for Evolving Computers.

  5. E. K. Ayazyan, M. M. Bezhanova, N. A. Kalinina, G. P. Mainagasheva, O. N. Mal'kova, O. A. Fedotovich, M. I. Fisheleva, and G. B. Chupruk, An Automated Documentation System.

  6. L. A. Khizder, Formalization of a Certain Class of Interfaces in Programming.

Operational Systems

  1. Yu. V. Ozornin, V. F. Tyurin, and N. I. Shulepov, Characteristics of the Operation of the DISPAK Operational System.

  2. S. A. Usov, Measurements in Operational Systems.

  3. É. A. Budagyan and A. Kh. Palyan, Design Principles of the Basic Operational System for a Real-Time Computer Complex.

  4. T. A. Trosman, S. A. Usov, and V. S. Shtarkman, Computer Interfacing in the Example of the SDS-910 and BÉSM-6/DISPAK.

  5. G. P. Leus, I. V. Maksimei, Yu. V. Metlyaev, A. I. Polezhaev, and L. V. Pozdnyakovich, The Statistics-Gathering System in AIST-0.

  6. R. G. Bukharaev, M. B. Nemirovskii, and M. S. Rytvinskaya, Experience in AIST-0

  7. R. N. Abaidullin, L. B. Dobrynina, and V. I. Sharanov, Structure and Internal Language of a Particular Time-Sharing System.

  8. R. N. Abaidullin, Experience in the Development of a General-Purpose Multiple-User System.

Programming Systems

  1. S. M. Abramovich, A. A. Dagald'yan, Kh. D. Dzhenibaev, A. I. Zhegulo, and A. L. Fuksman, A Multiple-Language Modular System for the Batch Processing of Problems.

  2. E. A. Zhogolev, Modular Programming Problems.

  3. M. I. Shvartsman, Problems in the Construction of an Internal Language for a Universal Programming System.

  4. V. N. Kas'yanov, Analysis of Program Control Graphs.

  5. I. V. Pottosin, Optimizing Transformations and Their Sequence.

  6. N. A. Belousova, L. P. Zhirova, A. L. Zakrevskii, V. I. Kashirov, A. A. Levashnikov, and M. Ya. Tovshtein, The LYaPAS-71 Programming System.

  7. M. G. Gontsa, M. N. Marichuk, G. A. Bostan, and G. A. Zhuravleva, Note on the START Translating System for Computers of the Minsk Series.

  8. M. G. Gontsa and M. I. Marichuk, The Translator-Synthesis Automation Problem.

  9. Ya. M. Barzdin', Ya. Ya. Bichevskii, and A. A. Kalnin'sh, A Programming System and Conversational-Mode Debugging of Data-Processing Problems.

  10. N. N. Lozinskii, Automation of the Programming of Analytical Problems.

  11. I. R. Aksel'rod, L. F. Belous, and V. I. Khatuntsev, Numerical Integration in the SIRIUS System.

  12. D. N. Todoroi, N. S. Khanbekova, G. G. Kapatsina, and P. P. Ryabchuk, The Expandable GRAFIK System.

  13. G. D. Chinin, The ARGON Simulation System.

  14. E. L. Yushchenko and G. E. Tseitlin, A Simple Algorithm for the Synthesis, of SM Grammars for Context-Free Languages.

  15. B. A. Zagatskii, Architecture of Applied Programs.

  16. B. A. Zagatskii, O. A. Savochkina, and T. A. Temnoeva, Planning of the Computational Process in the FIKhAR System.

  17. V. I. Legon'kova and V. P. Sokolov, Compilation of Variable Objects of an Applied Program during Its Execution.

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Authors
  1. G. E. Tseitlin
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  2. M. I. Shvartsman
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Additional information

Translated from Kibernetika, No. 5, pp. 145–150, September–October, 1973.

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Tseitlin, G.E., Shvartsman, M.I. All-Union Symposium on Systems Programming. Cybern Syst Anal 9, 902–910 (1973). https://doi.org/10.1007/BF01069734

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