The list of some scientific publications of laboratory collaborators

 2009

2005

40. Sosonkin V. L., Martinov G. M. Architectonick of Digital Tracking Drives of Technological Machines Supplies // Mehatronika, avtomatizacija, upravlenie. 2005. No 10. P. 24-30. 

39. Sosonkin V. L., Martinov G. M. Methods of the Development of Controlling Program of Numerical Program Control in Accordance with Norm ISO 14649 Step-NC (Standard for the Exchange of Product model data for NC) // Mehatronika, avtomatizacija, upravlenie. 2005. No 6. P. 45-52.

38. Sosonkin V. L., Martinov G. M. Latest trends in numerical control system architectures // Avtomatizacija v promyschelenosti. 2005. No 4. P. 3–9.

37. Martinov G. M., Sosonkin V. L. Formalization of Data Step-NC of the Format: Phase of UML Construction of Mode // Mehatronika, avtomatizacija, upravlenie. 2005. No 1. P. 49-56.

2004

36. Sosonkin V. L., Martinov G. M. The Conceptual Device of a Complex of the Industrial Standards for Numerical Program Management of the Equipment ISO 13649 STEP-NC (Standard for Exchange of Product Model Data for NC) // Mehatronika, avtomatizacija, upravlenie. 2004. No 8. P. 37-44.

35. Sosonkin V. L., Martinov G. M. State of the art in numerical control system architectures: analysis // Avtomatizacija v promyschelenosti. 2004. No 5. C. 33–39.

34. G.M. Martinov, V.L. Sosonkin. Principles of implementing remote NC terminals for mechatronic systems // Avtotraktornoe elektrooborudovanie. 2004. No 1-2. P. 29-32.

33. V.L. Sosonkin, G.M. Martinov. The concept of numerical control for mechatronic systems: the integration, based on the open control and OPC standard //Mehatronika, avtomatizacija, upravlenie. 2003. No 8. P. 12-18.

32. V.L. Sosonkin, G.M. Martinov, M.M. Perepelkina. The concept of numerical control for mechatronic systems: SoftPLC virtual controllers for cycle logic of NC machine tools // Pribory i Sistemy Upravleniya (Control Systems and Instruments). 2003. No 7. P. 5-10.

31. V.L. Sosonkin, G.M. Martinov. The concept of numerical control for mechatronic systems: the integration, based on the complex of the STEP production standards (Standard for the Exchange of Product model data) // Informacionnye tehnologii v proektirovanii i proizvodstve. - VIMI. 2003. No 2. P. 38-44.

2002

30. G.M. Martinov, V.L. Sosonkin. The concept of numerical control for mechatronic systems: technology of component software organization // Avtotraktornoe elektrooborudovanie. 2002. No 5-6. P. 37-44.

29. V.L. Sosonkin, G.M. Martinov. The concept of numerical control for mechatronic systems: the analysis of the modern level of architectural schemes in the NC area // Mehatronika, avtomatizacija, upravlenie. 2002. No 7. P. 11-17.

28. V.L. Sosonkin, G.M. Martinov. The concept of numerical control for mechatronic systems: problems of cycle-logic control // Avtotraktornoe elektrooborudovanie. 2002. No 4. P. 33-42.

27. L.I. Martinova, G.M. Martinov. The practical approach to realization of open-NC-system's modules // Avtotraktornoe elektrooborudovanie. 2002. No 3. P. 31-37.

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26. V.L. Sosonkin, G.M. Martinov. The concept of numerical control for mechatronic systems: the configuration of NC systems. // Mehatronika, avtomatizacija, upravlenie. 2002. No 4. P. 22-24.

25. G.M. Martinov, V.L. Sosonkin The concept of numerical control for mechatronic systems: methodic aspects of building open NC systems // Mehatronika, avtomatizacija, upravlenie. 2002. No 2. P. 2-11.

23. V.L. Sosonkin, G.M. Martinov. The concept of numerical control for mechatronic systems: specifics of the object-oriented programming // Mehatronika, avtomatizacija, upravlenie. 2002. No 1. P. 30-32.

2001

23. G.M. Martinov, V.L. Sosonkin. The concept of numerical control for mechatronic systems: the structure of the programming manual // Mehatronika, avtomatizacija, upravlenie. 2001. No 8. P. 20-27.

22. G.M. Martinov, V.L. Sosonkin. The concept of numerical control for mechatronic systems: the technology of object-oriented programming // Mehatronika, avtomatizacija, upravlenie. 2001. No 7. P. 5-9.

21. V.L. Sosonkin, G.M. Martinov. The concept of numerical control for mechatronic systems: realizing the diagnostic sub-system // Mehatronika, avtomatizacija, upravlenie. 2001. No 3. P. 2-6.

20. G.M. Martinov, V.L. Sosonkin. The concept of numerical control for mechatronic systems: realizing the Man-Machine Interface // Mehatronika, avtomatizacija, upravlenie. 2001. No 4. P. 2-8.

19. V.L. Sosonkin, G.M. Martinov. The concept of numerical control for mechatronic systems: realizing the logic control // Mehatronika, avtomatizacija, upravlenie. 2001. No 2. P. 3-7.

18. G.M. Martinov, V.L. Sosonkin. The concept of numerical control for mechatronic systems: realizing the motion control // Mehatronika, avtomatizacija, upravlenie. 2001. No 1. P. 9-15.

17. V.L. Sosonkin, G.M. Martinov. The universal environment AdvancEd, which is intended to edit, to debug and simulate ISO-7bit flow programs, any versions // Avtotraktornoe elektrooborudovanie. 2001. No 1-2 . P. 41-42.

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2000

16. V.L. Sosonkin, G.M. Martinov. The concept of numerical control for mechatronic systems: building the inter-module communication medium // Mehatronika, avtomatizacija, upravlenie. 2000. No 6. P. 2-7.

15. G.M. Martinov, V.L. Sosonkin. The concept of numerical control for mechatronic systems: the problem of real-time // Mehatronika, avtomatizacija, upravlenie. 2000. No 3. P. 37-40.

14. V.L. Sosonkin, G.M. Martinov. The concept of numerical control for mechatronic systems: the architecture of PCNC systems // Mehatronika, avtomatizacija, upravlenie. 2000. No 1. P. 26-29.

13. V.L. Sosonkin Some principles of developing new-generation NC systems // STIN. 2000. No 9. P. 24-29.

before 2000

12. V.L. Sosonkin, G.M. Martinov. A new approach to editors of NC flow programs: the universal environment AdvancEd // Informacionnye tehnologii v proektirovanii i proizvodstve. - VIMI. 1999. No 1. P. 80-87.

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11. V.L. Sosonkin, G.M. Martinov. The concept of one-computer NC system, PCNC type // Informatika-maschinostroenie, 1999. No 4. P. 7-16.

10. V.L. Sosonkin, G.M. Martinov. The universal environment AdvancEd, which is intended to edit, to debug and simulate ISO-7bit flow programs, any versions // Informatika technologii, 1998. No 3 (21). P. 3-5.

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9. G.M. Martinov. Virtual diagnostic instruments in NC systems // Informatika-maschinostroenie. 1998. No 4. P. 8-12.

8. V.L. Sosonkin, G.M. Martinov. The modern notion about the architecture of NC systems, PCNC type // Avtomtizacia proectirovaniya. 1998. No 3. P. 35-39.

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7. V.L. Sosonkin, G.M. Martinov., A.B. Lubimov Interpretation of the dialogue in the windows-interface of control systems // Pribory i Sistemy Upravleniya (Control Systems and Instruments). 1998. No 12. P. 10-13.

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6. U.M. Solometsev, V.L. Sosonkin, G.M. Martinov. Building "personal" NC systems (PCNC), which type is open control // Informationnye technologii i vycheslitelnye systhemy. 1997. No 3. P. 68-76.

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5. V.L. Sosonkin, G.M. Martinov. The concept of NC system, PCNC type, with the open architecture // STIN. 1998. No 5. P. 7-12.

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4. G.M. Martinov. The open NC system based on the common software bus // Avtomobilnaya promishlennost. 1997. No 4. P. 31-34.

3. V.L. Sosonkin, G.M. Martinov. Principles of building NC systems with the open architecture // Pribory i Sistemy Upravleniya. 1996. No 8. P. 18-21.

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2. V.L. Sosonkin The concept of "personal" real-time control systems // Pribory i Sistemy Upravleniya. 1995. No 7. P. 17-20.

1. V.L. Sosonkin, G.M. Martinov. The concept of the geometrical ISO-processor for NC systems // STIN. 1994. No 7. P. 12-20.

rus

1. G.P. Mitin, S.V. Rybnikov. The architecture of NC systems with intelligent controllers //Mehatronika, avtomatizacija, upravlenie. No 2. 2003.

2. E.A. Emeljanova. The concept of the flexible user interface of the NC system. //Mehatronika, avtomatizacija, upravlenie. No 2. 2003.

3. A.I. Liverko. Implementation of complicated standard cycles for NC machine tools //Mehatronika, avtomatizacija, upravlenie. No 9. 2003.

4. D.A. Babak, A.V. Romko Choosing software and hardware concepts for cycle-logic control //Mehatronika, avtomatizacija, upravlenie. No 9. 2003.

5. A. Yu. Popov Content management Systems // Ìåòàëëîñíàáæåíèå è ñáûò. No 10. 2004.

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