Moroz Volodymyr

Moroz Vladymir

SUMMARY

28 years’ experience in various areas of computer science and applied mathematics. The main priority lines of scientific effort are signal and image processing in information systems. 24 years’ experience in an academic, lecturing about 12 courses.

PROFESSIONAL SKILLS

Programming Languages

C/C++, Python, Matlab Scripting Language

RDBMS

MySQL

Operating Systems

MS Windows XP…10, Linux (Ubuntu, Mint)

Development Tools

Mathworks Matlab, MS Visual Studio, OpenCV

Verticals

Signal, image and video processing, computer vision, mathematical modelling and simulation

 

EXPERIENCE  

02.2014 — present

Research and Consulting. Projects concerning: Comparison metrics for vocal signals, Searching the scene in video, Images matching, Motion estimations, Video stabilization, Body detection and tracking

09.2006 — present

Odessa National University, Ukraine. Department of Computational mathematics – http://www.onu.edu.ua  Associate Professor. The delivered courses: "Signal and image processing", “Computer graphics”, “Wavelet analysis of data and digital signal processing”. Supervised research projects and master theses of graduate students and PhD students. Managed research projects on data analysis, digital signal and image processing.

12.2011 — 03.2012

University of Geneva, Switzerland. Stochastic Image Processing (SIP), Computer Vision and Multimedia Security Lab. Research Fellowship. Fourier and wavelet data analysis. Algorithm and software development (Matlab, C/C++). Projects: Comparison of texture image with its original for security systems by formalizing characteristics and resistance to affine transformations.

01.1990 — 08.2006

Odessa National Polytechnic University, Ukraine. Department of Applied Mathematics – http://www.opu.ua  Associate Professor. The delivered courses: “C/C++ programming”, “Mathematics methods in computer graphics”, “System analysis”, “Multimedia Processing”, “Systems of artificial intelligence”. Supervised research projects and master theses of graduate students. Managed research projects on image coding, digital signal and image processing.

01.2006 — 01.2010

Institute of Super Compression Technologies, Inc., Japan. Company specialization – software development and support. Company staff – 30 employees. Manager of Research and Design Division. Research and design of the image processing algorithms, software development (C/C++, Matlab, MS Visual C++ 5.0), refactoring C/C++ code. Projects: Video Spatial and Temporal Interpolation (frame-rate up conversion), Image Watermarking Protection, Object/Text Detection and Localization, Medical image and video processing, radiology and ultrasonic image lossless compression.

11.2000 — 01.2006

Midory Yamada Co, Ukraine-Japan Joint Venture. Company specialization – software development and support. Company staff – 20 employees. Team leader of Research and Design Division. Research and design of image processing algorithm, software development (C/C++, MS Visual C++ 4.0). Projects: Still Image Compression, JPEG/JPEG2000 compression, Lossless Encoding.

04.1995 — 10.2000

Microdata Ltd., Odessa, Ukraine. Company specialization – system integration, software development and support. Company staff – 25 employees. Senior software developer, team leader. Requirements analysis, application/database design and development (Borland C++ 3.0, OWL, Code Base, 1C, MS Windows, Novell Netware). Development of the workstation for a traffic controller, network and applied software for a remote data processing.

03.1990 — 04.1995

Data–Computing Center of Odessa Railway, Ukraine. Company specialization – software development and support. Company staff – 70 employees. Senior software developer. Requirements analysis, application/database design and development (C, Borland C++ 1.1, OWL, Code Base). Development of the application and network software.

10.1985 — 12.1986

Data–Computing Center of Odessa Railway. Company specialization – software development and support. Company staff – 70 employees. Senior engineer-mathematician, system software engineer. Requirements analysis, application/database design and development. Development of OS utilities, network and applied software (JCL, ASSEMBLER).

09.1984 — 10.1985

Software developer, engineer-mathematician. Development and support of the automated management system of railway traffic (PL/1, JCL, ASSEMBLER).
EDUCATION

12.1986 — 12.1989

Ph.D. in Applied Mathematics, Dnipropetrovs’k Institute of Transport Engineers (DIIT)

09.1979 — 08.1984

M.S. in Applied Mathematics,Dnipropetrovs’k Institute of Transport Engineers  (DIIT)

PATENTS
03.07.2007H. Akimoto, I. Matulyak, V. Moroz. Method, apparatus and system for compressing still image in multipurpose compression systems. United States Patent Application US7239754.

INDIVIDUAL ATTRIBUTES
Communicative, teachable and self-learning.

LANGUAGE

Ukrainian, Native Russian, Proficient

FOREIGN LANGUAGE

English, Intermediate level French, Beginner

MAIN PUBLICATIONS:

  1. MorozV., Savkov O, Savkov S. Anidentification base don information analysis of 2D barcode’s QUITE ZONE.Radio-electronic and computer system. Kharkiv, KhAircraft Institute. Issue. 6(58), 2012. P. 148-152.
  2. V. Moroz, O. Chubach. Temporal interpolation method base don the object model of frame// InternationalConf. AVIA-2011. – National Aircraft University, Kyiv, April, 2011. – p. 6.88-6.91.
  3. V. Moroz, O. Chubach, S. Funt. Motion compensation based on quaternion-wavelet model of frame and irregular block decomposition// Intern. Conf. “Computer Systems and Network Technologies” CSNT-2011. – NAU, Kyiv, June, 2011.
  4. V. Moroz, O. Savkov. Efective lossless and near-lossless compression algorithm for medical images. Herald of the Kherson National Technical University. – Kherson: KNTU, 2011. – p.
  5. V. Moroz, O. Chubach. Quaternion-wavelet motion compensation// Herald of the National Technical University “KhPI”. Informatics and Modeling, No. 18. – Kharkiv, 2011. – p.
  6. V. Moroz. Multi-resolution optical flow and motion compensation// International Youth Mathematical School “Questions of Computing Optimization”. – Kacaveli, Yalta, Ukraine, September 22-29, 2011. – p.
  7. V. Moroz. Temporal Interpolation In Mobile and Internet Video Services. – 17th Telecommunications forum TELFOR 2009: Serbia, Belgrade, November 24–26, 2009. – P. 927-930. http://2009.telfor.rs/files/radovi/09_04.pdf
  8. V. Moroz, V. Zaharov. Temporal Video Sequence Interpolation Based on Motion Compensation in Wavelet Domain. The 2009 World Congress In Computer Science, Computer Engineering and Applied Computing. – ISBN: 1-60132-092-2/ CSREA Press – Las Vegas, Nevada, USA, July 13-16, 2009. http://www.informatik.uni-trier.de/~ley/db/conf/ipcv/ipcv2009.html#MorozZ09
  9. V. Moroz. Wavelet motion compensation in temporal video interpolation. Herald of the Kherson National Technical University. Issue 2(31). – Kherson: KNTU, 2008. – p. 332-338.
  10. V. Moroz. Temporal video interpolation based on frame wavelet analysis. Radio-electronic and computer systems, 6(33). Kharkiv: KAI, 2008. – p. 178-182.
  11. V. Moroz. Modeling of video transmission system based on spatial and temporal interpolation. The problems of information technologies and control. Issue 1(23), 2008. – Kyiv: National Aircraft University, 2008. – p. 23-29.
  12. V. Moroz. Mathematical model of efficient image encoding based on discrete optimization methods//Information technologies and computer engineering. – 2007. – Issue 3(10). – p. 199-203.
  13. V. Moroz, M. Vedernikova. Effective RD-problem solution for digital image// Collected articles of the Donbass State Technical University. – Lugans’k, 2006. – p. 144-154.
  14. V. Moroz. RD-problem and efficiency of compression system// Scientific Journal “Automatics. Automation. Electrical complex and systems”. Issue 2(18). – Kherson: KNTU, 2006. – p. 64-69.
  15. V. Moroz. Adaptive quantization for effective coding of the wavelet coefficients// Collected scientific articles of the Odessa National Polytechnic University. Issue 1(25). – Odessa: ONPU, 2006. – p.
  16. V. Moroz. Discrete wavelet transformation with Chebyshev’s nodes on the lifting prediction step// Collected scientific articles of the Odessa National Polytechnic University. Issue 1(19). – Odessa: ONPU, 2003. – p.

Adress

Dvoryanskaya str., 2,Odessa, 65082
Reception: (38-048)723-52-54
Phone/fax: (38-048)723-35-15
Email: rector@onu.edu.ua

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