Резюме C++ C# developer

Профессиональные навыки

• 3D
• Accounting
• C++
• Cloud
• Computer vision
• Delphi
• Excel
• Git
• Lua
• MVC
• OpenCV
• OpenGL
• Oracle
• Pascal
• PL/SQL
• Postgres
• PostgreSQL
• Pyramid
• Python
• Sales

Исходный текст

******* Игорь

Date of Birth

**********

My contact

Phone : +380 Показать контакты

E-mail : *******************

Interests

• Computer vision

• Database

• Statistical analysis

• Signal processing

• Google Text to Speech

• Programming

Education

1986 Kharkov Aviation Institute Faculty of Radio Technical Aircraft Systems

Professional Experience

• October 2018 – May 2019 Python Developer “Tatau.io” (Kharkov, Ukraine )

• 2005 – October 2018 Retail trade company “Nika” (Kherson, Ukraine), Head of department

• 1995-2005 Research and Engineering Center at the Saint-Petersburg Electro-Technical University (Saint-Petersburg, Russia), Leading programmer

• 1995-2005 Scientific Research Institute of Radio Engineering Measurements (Kharkov, Ukraine), Leading Programmer

• 1986-1995 State Scientific Production Enterprise “Kommunar Corporation” (Kharkov, Ukraine), Programmer

Completed projects and software

1. 1.Client-server applications on the Windows platform for a retailer (Oracle 9i).

• Development of SQL queries for the integrated system of enterprise customers accounting

• Development of SQL queries for the automatic system of accounting of goods in the enterprise

• Develop server-side stored procedures for optimizing enterprise sales analysis processes

• Developing class libraries for scheduling mutual settlements with enterprise suppliers

• Development of FTP clients for automatic data exchange between enterprise departments

• Development of class libraries for generating Word and Excel documents from the Oracle database

• Development of class libraries for organizing data import and export

1. 2.Software package for processing telemetry data of the spacecraft control system.

• Development of data structures for telemetry signals

• Development of protocols for transmitting and receiving telemetry data

• Linear time-frequency processing of telemetry data based on the Fourier transform

• Bilinear time-frequency processing of telemetry data based on the Cohen distribution

• Cleaning of received telemetry from noise and its multi-resolution analysis based on wavelet technology

• Visualization of telemetry data

1. 3.Software package for data processing of trajectory measurements of space vehicles

• Search and removal of anomalies in trajectory measurements based on the method of the smallest modules and median interpolating pyramid transformations

• Statistical processing of trajectory measurements data

• Classification of data of trajectory measurements using Data Mining technology based on their statistical processing based on sample dispersion and robust variance

• Identify abrupt changes in data based on derivatives, discrete and continuous wavelet transformations

1. 4.Software complex for processing images and video in real time

• Image and video processing in bad weather conditions (fog, rain, snow) using OpenCV based on the following methods and technologies:

  • oospace-time processing based on Markov networks (Image and video dehazing

based on Spatio-temporal MRF)

• • oo the method of the histogram equalizer

  • oofog removal method based on the use of a dark channel (Improved Dark Channel Prior)

• Cleaning of images and video from noise based on bilateral filtration and Gaussian filtering

• Clear images and video from noise based on the orthogonal Daubechies Wavelet

• Evaluation of image processing quality based on the structural similarity method

• Parallel processing of video with adaptive selection of parameters of parallel processes

• program for viewing and analyzing

• program for viewing and analyzing

1. 5.Medical images viewer

• Reading MetaImage files

• Create axial, coronal, sagittal slice

• Generate isosurface from 3D image data (3D version of the flying edges algorithm, Marching Cubes algorithm)

• allocation of areas of interest (body, bones, internal organs, anomalies) in the image based on the Hounsfield Scale

• create histogram 3D image

• setting some properties of the of opengl scene actors

• animation of the browsing process and step by step browsing

• 

1. 6.Program for testing Google Cloud Text to Speech Service

• Language definition of the input text

• Select available Google voices

• Text to speech

Software knowledge and programming skills

• Object Pascal Delphi;

• C, C++ Builder, C# MVS 2************3,*****************,2019 community;

• Python;

• PL/SQL, PostgreSql.

• PyQt5, VTK

• OpenCV

• BDE, OLEDB ODBC,ODAC

About me

• workaholic

• insistent

• train

• not conflict

• I can learn any programming language or technology in a short time

Some screenshots of my programs

CT medical images viewer (********** + PyQt5 + Vtk 7)

Software complex for processing images and video in real time (MVC 2017 community+opencv wrapper)

Program for testing Google Cloud Text to Speech Service

Program for calculating the dynamics of sales of a trading company