Articles
 

Note: only translated articles are listed. Articles on original (russian) language are listed here.

 

For section "Scientific research activity - Laser location of small and distant objects"

  • Buryi E.V. Simulation methods of diffusion pulse characteristics of 3-D object in optical range, provided a coincident of simulated and experimental signs of recognition / «Аdvanced computer systems», 5-th Int. conf. ACS’98, 19 – 20 Nov., 1998, Szczecin, Poland. – Szczecin: Informa, 1998. – P. 32 – 37
  • Arakcheev P.V., Buryi E.V., Semerenko D.A., Maryanina A.S., Nazarov S.L. The relations between the basic characteristics of scattered laser irradiation field and the location objects surface parameters / CAOL`2010, 10–14 September, 2010, Sevastopol, Ukraine.– P.179– 181.
  • Buryi E.V. Surface shape reconstruction of located small object / TOM 7 – Optical Systems for the Energy & Production Industries. EOS Annual Meeting 2012, Aberdeen, Scotland, UK, 25-28 September 2012.–TOM7_5832_001. – 2 p.
  • Arakcheev P.V., Buryi E.V., Maryanina A.S., Semerenko D.A. Reconstruction of 3D-scenes with means of registered long-range portraits / TOM 7 – Optical Systems for the Energy & Production Industries. EOS Annual Meeting 2012, Aberdeen, Scotland, UK, 25-28 September 2012.–TOM7_5833_006. – 2 p.
  • Arakcheev P.V., Buryi E.V., Semerenko D.A., Nazarov S.I. Contour reconstruction of located object with parameters of 4th order correlation function of laser radiation scattered field registered with matrix photodetector / TOM 7 – Optical Systems for the Energy & Production Industries. EOS Annual Meeting 2012, Aberdeen, Scotland, UK, 25-28 September 2012.–TOM7_5834_007. – 2 p.
  • Buryi E.V., Kosykh A.E. Spatial and temporal characteristics of the radiation emitted by an array of injection lasers generating nanosecond pulses / QUANTUM ELECTRON, 1995, 25 (8), p. 755–757
  • Buryi E.V., Mitrofanov A.L. Estimate of the fourth-order coherence function by a spatial convolution method and its potential applications in laser information systems / QUANTUM ELECTRON, 1996, 26 (5), p. 449–453
  • Buryi E.V., Mitrofanov A.L. Precision of determination of the angular radius of an object from estimates of the fourth-order coherence function in optically homogeneous and turbulent media / QUANTUM ELECTRON, 1997, 27 (1), p. 79–81
  • Buryi E.V. Synthesis of an object recognition system based on the profile of the envelope of a laser pulse in pulsed lidars / QUANTUM ELECTRON, 1998, 28 (5), p. 458–462
  • Buryi E.V., Kosykh A.E. Experimental acquisition of long-range portraits of objects and their recognition", QUANTUM ELECTRON, 1998, 28 (10), p. 932–935
  • Buryi E.V., Smirnova Yu.L. Effect of the quantum nature of detecting low-intensity radiation on the distance measurement error in pulsed laser ranging / QUANTUM ELECTRON, 2004, 34 (12), p. 1147–1150
  • Buryi E.V., Kosygin A.A. Estimate of the angular dimensions of objects and reconstruction of their shapes from the parameters of the fourth-order radiation correlation function / QUANTUM ELECTRON, 2004, 34 (10), p. 979–982
  • Buryi E.V., Kosygin A.A. Estimate of the overall angular dimensions of objects in case of detecting low-intensity radiation fields / QUANTUM ELECTRON, 2008, 38 (2), p. 194–198
  • Buryi E.V., Kosykh A.E., Gruden' M.N., Vetrov V.D. Spatial Radiation Characteristics of ILPI-111 High-Power Semiconductor Laser Arrays / Instruments and Experimental Techniques, Vol.39, No.4, 1996, p. 581–584
  • Baulin F.B., Buryi E.V., Semerenko D.A. Efficiency Analysis of Feature Extraction Methods for Pulse Laser Ranging Systems. Progress In Electromagnetics Research Symposium, May 22–25, 2017, St Petersburg, Russia – Pp. 3790 – 3794.
  • Baulin F.B., Buryi E.V. Performance Estimate of Range Profile Feature Extraction by Means of Interclass Metric Histograms Analysis// Progress In Electromagnetics Research Symposium, May 22–25, 2019.

 

For section "Scientific research activity - 
Neural networks application in object recognition tasks"

  • Buryi E.V., Jafar A. Invariant Features Extraction Forming for Contrast Planer Objects Recognition / 8-th Int. Conf. ACS’2001, Oct. 17–19, Mielno, Poland. – Mielno, 2001. Part. 2. – Szczecin: Informia, 2001. – P. 205 – 207.
  • Buryi E.V., Arakcheev P.V. The Distributed Implementation of Neural Networks Training Algorithms / 8-th Int. conf. ACS’2001, Oct. 17 –19, Mielno, Poland. – Miel-no, 2001. Part. 2. – Szczecin: Informa, 2001. – P. 335 – 339.
  • Buryi E.V., Roshdestvin V.N. Some aspects of a problem of mine search and recognition of their types / "Remote Sensing Technologies for Minefield Detection and Monitoring”, 4 Intern. Conf. 17–22 May 1999, Easton, Maryland, USA. – Easton: Cami, 1999.  – P. 44 – 47. 
  • Buryi E.V., Shlemenkov A.L. Gradient method of connected speech recognition / Proceedings of 6-th Intern. Conf. Advanced Computer Systems‘1999 (ACS’99), Szczecin, Poland. – P. 29 – 31.

 

For section "Scientific research activity - Neighboring technologies"

  • Arakcheev P.V, Buryi E.V., Semerenko D.A. Efficiency of investigation of science groups with specialists, PhD students and students with different specialization / Journal of International Scientific Publication. – 2011, V.9, Part 2. – P. 98–112.

 

For section "Scientific & educational equipment development - Actual projects"

  • Arakcheev P.V., Buryi E.V., Semerenko D.A. A multi-angle image recording system in a remotely controlled research complex / Instruments and Experimental Techniques. 2015. Т. 58. № 1. С. 36-42. / https://link.springer.com/article/10.1134/S0020441214060013
  • Buryi E.V., Semerenko D.A., Sumin S.L. Set of tools for investigation of processes of generation laser with pump of active elements by laser diode / Journal of International Scientific Publication. – 2011, V.9, Part 1. – P. 85–94.
  • Aparnikov, A.N., Buryi, E.V., Orlov, N.E. Temperature Dependence Model of the Laser Diode Bar Current-Voltage Characteristic // Optoelectronics, Instrumentation and Data Processing 55(6), Pp. 574 – 579. DOI 10.3103/S8756699019060062
  • Arakcheev P.V., Buryi E.V., Semerenko D.A. A multi-angle image recording system in a remotely controlled research complex // Instruments and Experimental Techniques. 2015. Т. 58. № 1. Pp. 36 – 42.
  • Arakcheev P.V., Buryi E.V., Semerenko D.A. A device for recording tv images with high intensity resolution and stroboscopic recording mode // Instruments and Experimental Techniques. 2019. Т. 62. № 1. Pp. 22 – 25.
  • Baulin F.B., Buryi E.V., Arakcheev P.V., Semerenko D.A. Juxtapose Technique for Interconnected EventsVideo-streams Registered by Multiple Web-cameras. Progress In Electromagnetics Research Symposium, May 22–25, 2019.