PCNC research and development laboratory
Search:
 

Publications in central periodical scientific-technical journals

2012

   
SCOPUS  85. Georgi M. Martinov Aleksandr B. Ljubimov, Anton S. Grigoriev, Lilija I. Martinova Multifunction numerical control solution for hybrid mechanic and laser machine tool // Procedia CIRP 1 ( 2012 ) p.p. 277 – 281.

*Work performed under Government Contracts on research and development within the Federal Program "Research and scientific-pedagogical cadres Innovative Russia" for 2009-2013

 : 695
 SCOPUS

84. Sergej N. Grigoriev, Georgi M. Martinov Scalable open cross-platform kernel of PCNC system for multi-axis machine tool // Procedia CIRP 1 ( 2012 ) p.p. 255 – 260.

*Work performed under Government Contracts on research and development within the Federal Program "Research and scientific-pedagogical cadres Innovative Russia" for 2009-2013

 : 695
     

2011

     
     
   80. Martinov G.M., Nezhmetdinov R.A., Rybnikov S.V., Kuliyev A.U. Regulation of Distributed Control Water Jet Cutting Machine with NCS // Mehatronika, avtomatizacija, upravlenie. 2011. No 11. p. 35-39.

*Work performed under Government Contracts number P858 and P1368 on research and development within the Federal Program "Research and scientific-pedagogical cadres Innovative Russia" for 2009-2013

 
     
76. Martinov G.M., Nezhmetdinov R.A., Kozak N.V., Pushkov R.L. Applied solutions for controlling an electroautomatics of machines with PCNC systems // Promyshlennyye ASU i kontrollery, 2011. No 4, p. 48-53.

*Work performed under Government Contracts number P717 and P1313 on research and development within the Federal Program "Research and scientific-pedagogical cadres Innovative Russia" for 2009-2013

 2010

75. Martinov G.M., Kozak N.V., Nezhmetdinov R.A., Pushkov R.L. The principle of constructing a distributed NC system with open modular architecture // Vestnik MSTU "Stankin". 2010. No 4. p. 116-122.

*Work performed under Government Contracts number P858 on research and development within the Federal Program "Research and scientific-pedagogical cadres Innovative Russia" for 2009-2013

74. Martinova L.I., Martinov G.M. Organization of Intermodule Interactions in Distributed CNC Systems. Models and Algorithms for Implementation // Mehatronika, avtomatizacija, upravlenie. 2010. No 11. p. 50-55.

*Work performed under Government Contracts number P901 on research and development within the Federal Program "Research and scientific-pedagogical cadres Innovative Russia" for 2009-2013

73. Martinov G.M., Kozak N.V., Nezhmetdinov R.A., Ljubimov A.B.  Specificity of the construction of control panels of CNC systems by type of universal hardware and software components // Avtomatizaciya i sovremennyye technologii. 2010. No 7. p. 34-40

*Work performed under Government Contracts number P693 on research and development within the Federal Program "Research and scientific-pedagogical cadres Innovative Russia" for 2009-2013

72. Martinov G.M., Martinova L.I. Modern trends of CNC systems for work stations //  STIN. 2010. No 7. p. 7-10.

*Work performed under Government Contracts number No 03.740.11.0488 on research and development within the Federal Program "Research and scientific-pedagogical cadres Innovative Russia" for 2009-2013

71. Martinov G.M., Obukhov A.I., Pushkov R.L. Universal High-Level Programming Language Interpreter for a CNC Systems Construction Principles // Mehatronika, avtomatizacija, upravlenie. 2010. No 6. p. 42-50.

*Work performed under Government Contracts number P926 on research and development within the Federal Program "Research and scientific-pedagogical cadres Innovative Russia" for 2009-2013

70. Martinova L.I., Martinov G.M. Modern trends of CNC systems // Struzhka. 2009, 2010. No 1-2 (26-27). p. 38–45.
69. Grigorjev S.N., Martinov G.M. Prospects for the development of distributed heterogeneous decentralized CNC systems // Avtomatizacija v promyschelenosti. 2010. No 5. p. 4-8.

*Work performed under Government Contracts number No 03.740.11.0488 on research and development within the Federal Program "Research and scientific-pedagogical cadres Innovative Russia" for 2009-2013

68. Martinov G.M. Current trends in computer control systems of technological equipment // Vestnik MSTU "Stankin". 2010. No 1. p. 74–79.
67. Martinov G.M. Current trends in computer control systems of technological equipment // Instrument, technologiya, oborudovaniye. 2010. No 3. p. 34-37.

 2009

66. Martinov G.M., Suhanova N.V., Kozak N.V. Increasing reliability of the control systems software with help of automating the process of testing // Pribory i sistemy. Upravleniye, control, diagnostika. 2009. No 11. p.23-28.
  65. Martinov G.M., Martinova L.I. The analysis of numerical control systems presented at Metal-processing Technoforum 2009 International Exhibition, their novelty and features  // Avtomatizacija v promyschelenosti. 2009. No 12. P. 59–65.

*Work performed under Government Contracts number P693 on research and development within the Federal Program "Research and scientific-pedagogical cadres Innovative Russia" for 2009-2013

 
  64. Martinov G.M., ... Round table. On industrial automation specialist training: challenges and the ways to surmount them  // Avtomatizacija v promyschelenosti. 2009. No 12. P. 36–44.  
63. Martinov G.M., Grigorjev A.S. Principle of Construction and Integration in PCNC Systems a Subsystem of 3D-Visualization of Part Programs // Mehatronika, avtomatizacija, upravlenie. 2009. No 9. p. 26-31.
62. Martinov G.M., Martinova L.I., Grigorjev A.S. Development specificity of software for control systems of technological equipment in real time // Specvypusk T-Comm, July, 2009. p.121-124.
61. Martinov G.M.  Development of control systems for objects and processes // Mir techniki i technologiy. 2009. No 6. p. 34-35.
60. Martinov G.M., Plikhunov V.V.,  Kovalenko A.V. Enhancement of functional capabilities of the CNC system for electron-beam welding machine control // Aviacionnaya promyshlennost. 2009. No 1. p. 16-21.
59. Martinov G.M., Ljubimov A.B., Obukhov A.I.  The Problem of Adaptation of PCNC Systems for Laser Engraving Machines // Mehatronika, avtomatizacija, upravlenie. 2009. No 1. p. 59-62.

2008

58. Martinova L.I., Martinov G.M. CNC system, presented at the International Exhibition "Metallobrabotka 2008", their novelty and features // Struzhka. 2008. No 3. p. 38–40, 43.
57. Martinov G.M., Pushkov R.L., Evstafieva S.V. Basics of building single-computer CNC system with software-realized kernel and open modular architecture // Vestnik MSTU "Stankin". 2008. No 4. p. 82–93.
56. Martinov G.M., Pushkov R.L.  Designing the debugging tools for CNC part programs in numerical control systems implemented by high-level language // Pribory i sistemy. Upravleniye, control, diagnostika. 2008. No 11. p. 19-24.
55. Martinov G.M., Trofimov E.S. Implementing applied diagnostic test instrument in the form software modules for control systems // Pribory i sistemy. Upravleniye, control, diagnostika. 2008. No 7. p. 44-50.
54. Martinov G.M., Klambockiy P.N. The problem of self control assembly machine // Struzhka. 2008. No 1. p. 54,57.
53. Martinov G.M. University CNC system - WinPCNC for training and production // Struzhka. 2008. No 1. p. 29-30.
52. Martinov G.M. Development of control systems for objects and processes // Vestnik MSTU "Stankin". 2008. No 1. p. 74–79.

2007

51. Martinov G.M., Martinova L.I.  Programmable Automation Controllers PAC. Evolution, challenges and trends // Struzhka. 2007.No 4. p. 22–25.
50. Martinov G.M.  Algorithm for advanced viewing Look-ahead in modern CNC system and its configuration options // Struzhka. 2007. No 3. p. 52–54
49. Sosonkin V. L., Martinov G. M. Building a CNC operator interface systems involving web-based technologies // Mehatronika, avtomatizacija, upravlenie. 2007. No 10. p. 41-44.
48. Martinov G.M.   Academic version of CNC system - WinPCNC // Instrument, technologiya, oborudovaniye. No 8. 2007. p. 62-64.
47. Martinov G.M., Grigorjev A.S. Developing Custom turning cycles in the CNC system - WinPCNC // Ob'edinenny nauchny zhurnal. 2007. No 6. p. 8–50.
46. Martinov G.M., Kozak N. PLC Components Integration Principles by the Example of 3D-Scene Graphical Editor // Control Systems and Information Technology, 2007, vol. 2(28), p. 88-92.
45. L.I. Martinova, G.M. Martinov. Spline contours in the CNC system // Struzhka. 2007. No 1. p. 74–77.
44. Sosonkin V. L., Martinov G. M. Multi-agent model of an open CNC system // Avtomatizacija v promyschelenosti. 2007. No 5. p. 3–6.

2006

43. Sosonkin V. L., Martinov G. M. Mathematical model to ensure open CNC systems // Struzhka. 2006. No 4. p. 26–30.
42. Martinov G.M., Kozak N.V. Decomposition and synthesis of the logic systems software components// Pribory i sistemy. Upravleniye, control, diagnostika. 2006. No 12. p. 4-11.
41. Sosonkin V. L., Martinov G. M. Trends in the development of architecture and software CNC systems // Struzhka. 2006. No 3. p.30,32-36.
40. Martinov G. M., Sosonkin V. L. Problems using spline interpolation in the CNC system in the processing of sculptured surfaces // Avtomatizacija v promyschelenosti. 2006. No 11. P. 3-9.
39. Martinov G. M., Sosonkin V. L. Perspective Technologies of the Development of Software of Control Systems: Use of Regular Expressions  // Mehatronika, avtomatizacija, upravlenie. 2006. No 2. P. 40-46.

2005

 

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

 

37. 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.



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



35. 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


34. 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.

 

33. 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.



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

 
2003

31. 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.

 

30. 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.

 

29. 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


28. 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.

 

27. 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.

 

26. 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.

 

25. 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.

 : 2,62 M
rus


24. 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.

 

23. 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.

 

22. 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


21. 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.

 

20. 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.

 

19. 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.

 

18. 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.

 

17. 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.

 

16. 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.

 

15. 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.

 : 695
rus

2000


14. 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.

 

13. 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.

 

12. 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.

 

before 2000


11. 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.

 : 1,70 M
rus


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

 

9. 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.

 : 1,46 M
rus


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

 

7. 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.

 : 2,66 M
rus


6. 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.

 : 1,52 M
rus


5. 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.

 : 2,72 M
rus


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

 : 1,89 M
rus


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

 

2. 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.

 : 1,51 M
rus


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

 : 2,72 M
rus