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.NET C Programming C# Programming C++ Programming Image Processing
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Nazarii V.

@vnazar1985

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5.0
12

8.5

8.5

100%

Software / Hardware / R@D professional

$40 USD / Hour

・

Flag of

Ukraine (6:08 AM)

・

Joined on March 21, 2020

$40 USD / Hour

・

He is an experienced developer of integrated IT and innovation solutions. 18 years of development experience. Experience in programming: - Delphi, Rad studio - C, C ++ - C # - Java - T-SQL - MSSQL - ... Electronics Development: - Altium designer - Multi Sim NI - STM32 - STM8 - AVR - ... Design development: - SolidWorks - SolidCAM - ...

Verifications

On time

100%

On budget

100%

Accept rate

92%

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Portfolio

Portfolio

11840781
Can't explain in detail the principle of operation due to NDA, but it is a USB converter, an interface that simulates certain devices. The development also includes principle of operation, scheme, PCB, firmware, management program and firmware update.

USB special purpose interface.

Can't explain in detail the principle of operation due to NDA, but it is a USB converter, an interface that simulates certain devices. The development also includes principle of operation, scheme, PCB, firmware, management program and firmware update.

USB special purpose interface.

Can't explain in detail the principle of operation due to NDA, but it is a USB converter, an interface that simulates certain devices. The development also includes principle of operation, scheme, PCB, firmware, management program and firmware update.

USB special purpose interface.

Can't explain in detail the principle of operation due to NDA, but it is a USB converter, an interface that simulates certain devices. The development also includes principle of operation, scheme, PCB, firmware, management program and firmware update.

USB special purpose interface.

11840759
Battery Management System. Battery control and monitoring system. Status monitoring, security of use, data collection for job analysis. Use of various CAN, Bluetooth communication interfaces.

BMS

Battery Management System. Battery control and monitoring system. Status monitoring, security of use, data collection for job analysis. Use of various CAN, Bluetooth communication interfaces.

BMS

Battery Management System. Battery control and monitoring system. Status monitoring, security of use, data collection for job analysis. Use of various CAN, Bluetooth communication interfaces.

BMS

Battery Management System. Battery control and monitoring system. Status monitoring, security of use, data collection for job analysis. Use of various CAN, Bluetooth communication interfaces.

BMS

Battery Management System. Battery control and monitoring system. Status monitoring, security of use, data collection for job analysis. Use of various CAN, Bluetooth communication interfaces.

BMS

9741883
Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

9203838
Development of an algorithm for identification and subpixel positioning of geometry in the image. The main requires the speed of work, exceeding the performance of industrial solutions (the share of ms.). Calculation of indicators of these positions, formation of the list with a rating. OpenCV, C # and other field-related technologies and innovative vector analysis algorithms were used for the development. The algorithm finds all possible options and allows you to accurately determine the position, rotation, scale, and extension of the model. The algorithm is resistant to not closed, damaged, fuzzy, geometry.

Geometric identification and positioning

Development of an algorithm for identification and subpixel positioning of geometry in the image. The main requires the speed of work, exceeding the performance of industrial solutions (the share of ms.). Calculation of indicators of these positions, formation of the list with a rating. OpenCV, C # and other field-related technologies and innovative vector analysis algorithms were used for the development. The algorithm finds all possible options and allows you to accurately determine the position, rotation, scale, and extension of the model. The algorithm is resistant to not closed, damaged, fuzzy, geometry.

Geometric identification and positioning

Development of an algorithm for identification and subpixel positioning of geometry in the image. The main requires the speed of work, exceeding the performance of industrial solutions (the share of ms.). Calculation of indicators of these positions, formation of the list with a rating. OpenCV, C # and other field-related technologies and innovative vector analysis algorithms were used for the development. The algorithm finds all possible options and allows you to accurately determine the position, rotation, scale, and extension of the model. The algorithm is resistant to not closed, damaged, fuzzy, geometry.

Geometric identification and positioning

Development of an algorithm for identification and subpixel positioning of geometry in the image. The main requires the speed of work, exceeding the performance of industrial solutions (the share of ms.). Calculation of indicators of these positions, formation of the list with a rating. OpenCV, C # and other field-related technologies and innovative vector analysis algorithms were used for the development. The algorithm finds all possible options and allows you to accurately determine the position, rotation, scale, and extension of the model. The algorithm is resistant to not closed, damaged, fuzzy, geometry.

Geometric identification and positioning

Development of an algorithm for identification and subpixel positioning of geometry in the image. The main requires the speed of work, exceeding the performance of industrial solutions (the share of ms.). Calculation of indicators of these positions, formation of the list with a rating. OpenCV, C # and other field-related technologies and innovative vector analysis algorithms were used for the development. The algorithm finds all possible options and allows you to accurately determine the position, rotation, scale, and extension of the model. The algorithm is resistant to not closed, damaged, fuzzy, geometry.

Geometric identification and positioning

Development of an algorithm for identification and subpixel positioning of geometry in the image. The main requires the speed of work, exceeding the performance of industrial solutions (the share of ms.). Calculation of indicators of these positions, formation of the list with a rating. OpenCV, C # and other field-related technologies and innovative vector analysis algorithms were used for the development. The algorithm finds all possible options and allows you to accurately determine the position, rotation, scale, and extension of the model. The algorithm is resistant to not closed, damaged, fuzzy, geometry.

Geometric identification and positioning

Development of an algorithm for identification and subpixel positioning of geometry in the image. The main requires the speed of work, exceeding the performance of industrial solutions (the share of ms.). Calculation of indicators of these positions, formation of the list with a rating. OpenCV, C # and other field-related technologies and innovative vector analysis algorithms were used for the development. The algorithm finds all possible options and allows you to accurately determine the position, rotation, scale, and extension of the model. The algorithm is resistant to not closed, damaged, fuzzy, geometry.

Geometric identification and positioning

Development of an algorithm for identification and subpixel positioning of geometry in the image. The main requires the speed of work, exceeding the performance of industrial solutions (the share of ms.). Calculation of indicators of these positions, formation of the list with a rating. OpenCV, C # and other field-related technologies and innovative vector analysis algorithms were used for the development. The algorithm finds all possible options and allows you to accurately determine the position, rotation, scale, and extension of the model. The algorithm is resistant to not closed, damaged, fuzzy, geometry.

Geometric identification and positioning

9203846
Assistance in the development of algorithms and analysis of astronomical data for astrophysics. Code optimization, performance improvement, creation of new methods of mathematical analysis, creation of creaks of automatic analysis of many millions of images, processing of statistics. In fact, this is a very precise parameterization of the shape and other characteristics of galaxies based on data from telescopes. There were technologies and skills: Linux (CentOS, Bash, C programming, FFT, Higher Mathematics, ...) All work took place at the level of data from telescopes and analytics. Therefore, the images as such were not considered.

Parameterization of galaxies

Assistance in the development of algorithms and analysis of astronomical data for astrophysics. Code optimization, performance improvement, creation of new methods of mathematical analysis, creation of creaks of automatic analysis of many millions of images, processing of statistics. In fact, this is a very precise parameterization of the shape and other characteristics of galaxies based on data from telescopes. There were technologies and skills: Linux (CentOS, Bash, C programming, FFT, Higher Mathematics, ...) All work took place at the level of data from telescopes and analytics. Therefore, the images as such were not considered.

Parameterization of galaxies

Assistance in the development of algorithms and analysis of astronomical data for astrophysics. Code optimization, performance improvement, creation of new methods of mathematical analysis, creation of creaks of automatic analysis of many millions of images, processing of statistics. In fact, this is a very precise parameterization of the shape and other characteristics of galaxies based on data from telescopes. There were technologies and skills: Linux (CentOS, Bash, C programming, FFT, Higher Mathematics, ...) All work took place at the level of data from telescopes and analytics. Therefore, the images as such were not considered.

Parameterization of galaxies

Assistance in the development of algorithms and analysis of astronomical data for astrophysics. Code optimization, performance improvement, creation of new methods of mathematical analysis, creation of creaks of automatic analysis of many millions of images, processing of statistics. In fact, this is a very precise parameterization of the shape and other characteristics of galaxies based on data from telescopes. There were technologies and skills: Linux (CentOS, Bash, C programming, FFT, Higher Mathematics, ...) All work took place at the level of data from telescopes and analytics. Therefore, the images as such were not considered.

Parameterization of galaxies

Assistance in the development of algorithms and analysis of astronomical data for astrophysics. Code optimization, performance improvement, creation of new methods of mathematical analysis, creation of creaks of automatic analysis of many millions of images, processing of statistics. In fact, this is a very precise parameterization of the shape and other characteristics of galaxies based on data from telescopes. There were technologies and skills: Linux (CentOS, Bash, C programming, FFT, Higher Mathematics, ...) All work took place at the level of data from telescopes and analytics. Therefore, the images as such were not considered.

Parameterization of galaxies

Assistance in the development of algorithms and analysis of astronomical data for astrophysics. Code optimization, performance improvement, creation of new methods of mathematical analysis, creation of creaks of automatic analysis of many millions of images, processing of statistics. In fact, this is a very precise parameterization of the shape and other characteristics of galaxies based on data from telescopes. There were technologies and skills: Linux (CentOS, Bash, C programming, FFT, Higher Mathematics, ...) All work took place at the level of data from telescopes and analytics. Therefore, the images as such were not considered.

Parameterization of galaxies

Assistance in the development of algorithms and analysis of astronomical data for astrophysics. Code optimization, performance improvement, creation of new methods of mathematical analysis, creation of creaks of automatic analysis of many millions of images, processing of statistics. In fact, this is a very precise parameterization of the shape and other characteristics of galaxies based on data from telescopes. There were technologies and skills: Linux (CentOS, Bash, C programming, FFT, Higher Mathematics, ...) All work took place at the level of data from telescopes and analytics. Therefore, the images as such were not considered.

Parameterization of galaxies

9203833
Creating a program for inter-format conversion of radiometric images. Reverse engineering because these formats are closed. Opening and saving in DJI, FLIR, and other formats. Correction, filtering, and other mathematical transformations over data obtained from thermal imagers. Possibility of automated and batch image processing.

Radiometric image converter.

Creating a program for inter-format conversion of radiometric images. Reverse engineering because these formats are closed. Opening and saving in DJI, FLIR, and other formats. Correction, filtering, and other mathematical transformations over data obtained from thermal imagers. Possibility of automated and batch image processing.

Radiometric image converter.

Creating a program for inter-format conversion of radiometric images. Reverse engineering because these formats are closed. Opening and saving in DJI, FLIR, and other formats. Correction, filtering, and other mathematical transformations over data obtained from thermal imagers. Possibility of automated and batch image processing.

Radiometric image converter.

Creating a program for inter-format conversion of radiometric images. Reverse engineering because these formats are closed. Opening and saving in DJI, FLIR, and other formats. Correction, filtering, and other mathematical transformations over data obtained from thermal imagers. Possibility of automated and batch image processing.

Radiometric image converter.

Creating a program for inter-format conversion of radiometric images. Reverse engineering because these formats are closed. Opening and saving in DJI, FLIR, and other formats. Correction, filtering, and other mathematical transformations over data obtained from thermal imagers. Possibility of automated and batch image processing.

Radiometric image converter.

11840781
Can't explain in detail the principle of operation due to NDA, but it is a USB converter, an interface that simulates certain devices. The development also includes principle of operation, scheme, PCB, firmware, management program and firmware update.

USB special purpose interface.

Can't explain in detail the principle of operation due to NDA, but it is a USB converter, an interface that simulates certain devices. The development also includes principle of operation, scheme, PCB, firmware, management program and firmware update.

USB special purpose interface.

Can't explain in detail the principle of operation due to NDA, but it is a USB converter, an interface that simulates certain devices. The development also includes principle of operation, scheme, PCB, firmware, management program and firmware update.

USB special purpose interface.

Can't explain in detail the principle of operation due to NDA, but it is a USB converter, an interface that simulates certain devices. The development also includes principle of operation, scheme, PCB, firmware, management program and firmware update.

USB special purpose interface.

11840759
Battery Management System. Battery control and monitoring system. Status monitoring, security of use, data collection for job analysis. Use of various CAN, Bluetooth communication interfaces.

BMS

Battery Management System. Battery control and monitoring system. Status monitoring, security of use, data collection for job analysis. Use of various CAN, Bluetooth communication interfaces.

BMS

Battery Management System. Battery control and monitoring system. Status monitoring, security of use, data collection for job analysis. Use of various CAN, Bluetooth communication interfaces.

BMS

Battery Management System. Battery control and monitoring system. Status monitoring, security of use, data collection for job analysis. Use of various CAN, Bluetooth communication interfaces.

BMS

Battery Management System. Battery control and monitoring system. Status monitoring, security of use, data collection for job analysis. Use of various CAN, Bluetooth communication interfaces.

BMS

9741883
Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

Project for development of the principle and prototype of the gas mixing proportion control system. Sensors of own design and principle of operation are used to measure the flow. Sensors are special because they have to measure the mass of the gas. To do this, the measurement is carried out speed, pressure and temperature. The development includes CFD modeling, manufacturing, testing, programming, PCB. Both sensors and control module.

Gas mixing control system

9203838
Development of an algorithm for identification and subpixel positioning of geometry in the image. The main requires the speed of work, exceeding the performance of industrial solutions (the share of ms.). Calculation of indicators of these positions, formation of the list with a rating. OpenCV, C # and other field-related technologies and innovative vector analysis algorithms were used for the development. The algorithm finds all possible options and allows you to accurately determine the position, rotation, scale, and extension of the model. The algorithm is resistant to not closed, damaged, fuzzy, geometry.

Geometric identification and positioning

Development of an algorithm for identification and subpixel positioning of geometry in the image. The main requires the speed of work, exceeding the performance of industrial solutions (the share of ms.). Calculation of indicators of these positions, formation of the list with a rating. OpenCV, C # and other field-related technologies and innovative vector analysis algorithms were used for the development. The algorithm finds all possible options and allows you to accurately determine the position, rotation, scale, and extension of the model. The algorithm is resistant to not closed, damaged, fuzzy, geometry.

Geometric identification and positioning

Development of an algorithm for identification and subpixel positioning of geometry in the image. The main requires the speed of work, exceeding the performance of industrial solutions (the share of ms.). Calculation of indicators of these positions, formation of the list with a rating. OpenCV, C # and other field-related technologies and innovative vector analysis algorithms were used for the development. The algorithm finds all possible options and allows you to accurately determine the position, rotation, scale, and extension of the model. The algorithm is resistant to not closed, damaged, fuzzy, geometry.

Geometric identification and positioning

Development of an algorithm for identification and subpixel positioning of geometry in the image. The main requires the speed of work, exceeding the performance of industrial solutions (the share of ms.). Calculation of indicators of these positions, formation of the list with a rating. OpenCV, C # and other field-related technologies and innovative vector analysis algorithms were used for the development. The algorithm finds all possible options and allows you to accurately determine the position, rotation, scale, and extension of the model. The algorithm is resistant to not closed, damaged, fuzzy, geometry.

Geometric identification and positioning

Development of an algorithm for identification and subpixel positioning of geometry in the image. The main requires the speed of work, exceeding the performance of industrial solutions (the share of ms.). Calculation of indicators of these positions, formation of the list with a rating. OpenCV, C # and other field-related technologies and innovative vector analysis algorithms were used for the development. The algorithm finds all possible options and allows you to accurately determine the position, rotation, scale, and extension of the model. The algorithm is resistant to not closed, damaged, fuzzy, geometry.

Geometric identification and positioning

Development of an algorithm for identification and subpixel positioning of geometry in the image. The main requires the speed of work, exceeding the performance of industrial solutions (the share of ms.). Calculation of indicators of these positions, formation of the list with a rating. OpenCV, C # and other field-related technologies and innovative vector analysis algorithms were used for the development. The algorithm finds all possible options and allows you to accurately determine the position, rotation, scale, and extension of the model. The algorithm is resistant to not closed, damaged, fuzzy, geometry.

Geometric identification and positioning

Development of an algorithm for identification and subpixel positioning of geometry in the image. The main requires the speed of work, exceeding the performance of industrial solutions (the share of ms.). Calculation of indicators of these positions, formation of the list with a rating. OpenCV, C # and other field-related technologies and innovative vector analysis algorithms were used for the development. The algorithm finds all possible options and allows you to accurately determine the position, rotation, scale, and extension of the model. The algorithm is resistant to not closed, damaged, fuzzy, geometry.

Geometric identification and positioning

Development of an algorithm for identification and subpixel positioning of geometry in the image. The main requires the speed of work, exceeding the performance of industrial solutions (the share of ms.). Calculation of indicators of these positions, formation of the list with a rating. OpenCV, C # and other field-related technologies and innovative vector analysis algorithms were used for the development. The algorithm finds all possible options and allows you to accurately determine the position, rotation, scale, and extension of the model. The algorithm is resistant to not closed, damaged, fuzzy, geometry.

Geometric identification and positioning

9203846
Assistance in the development of algorithms and analysis of astronomical data for astrophysics. Code optimization, performance improvement, creation of new methods of mathematical analysis, creation of creaks of automatic analysis of many millions of images, processing of statistics. In fact, this is a very precise parameterization of the shape and other characteristics of galaxies based on data from telescopes. There were technologies and skills: Linux (CentOS, Bash, C programming, FFT, Higher Mathematics, ...) All work took place at the level of data from telescopes and analytics. Therefore, the images as such were not considered.

Parameterization of galaxies

Assistance in the development of algorithms and analysis of astronomical data for astrophysics. Code optimization, performance improvement, creation of new methods of mathematical analysis, creation of creaks of automatic analysis of many millions of images, processing of statistics. In fact, this is a very precise parameterization of the shape and other characteristics of galaxies based on data from telescopes. There were technologies and skills: Linux (CentOS, Bash, C programming, FFT, Higher Mathematics, ...) All work took place at the level of data from telescopes and analytics. Therefore, the images as such were not considered.

Parameterization of galaxies

Assistance in the development of algorithms and analysis of astronomical data for astrophysics. Code optimization, performance improvement, creation of new methods of mathematical analysis, creation of creaks of automatic analysis of many millions of images, processing of statistics. In fact, this is a very precise parameterization of the shape and other characteristics of galaxies based on data from telescopes. There were technologies and skills: Linux (CentOS, Bash, C programming, FFT, Higher Mathematics, ...) All work took place at the level of data from telescopes and analytics. Therefore, the images as such were not considered.

Parameterization of galaxies

Assistance in the development of algorithms and analysis of astronomical data for astrophysics. Code optimization, performance improvement, creation of new methods of mathematical analysis, creation of creaks of automatic analysis of many millions of images, processing of statistics. In fact, this is a very precise parameterization of the shape and other characteristics of galaxies based on data from telescopes. There were technologies and skills: Linux (CentOS, Bash, C programming, FFT, Higher Mathematics, ...) All work took place at the level of data from telescopes and analytics. Therefore, the images as such were not considered.

Parameterization of galaxies

Assistance in the development of algorithms and analysis of astronomical data for astrophysics. Code optimization, performance improvement, creation of new methods of mathematical analysis, creation of creaks of automatic analysis of many millions of images, processing of statistics. In fact, this is a very precise parameterization of the shape and other characteristics of galaxies based on data from telescopes. There were technologies and skills: Linux (CentOS, Bash, C programming, FFT, Higher Mathematics, ...) All work took place at the level of data from telescopes and analytics. Therefore, the images as such were not considered.

Parameterization of galaxies

Assistance in the development of algorithms and analysis of astronomical data for astrophysics. Code optimization, performance improvement, creation of new methods of mathematical analysis, creation of creaks of automatic analysis of many millions of images, processing of statistics. In fact, this is a very precise parameterization of the shape and other characteristics of galaxies based on data from telescopes. There were technologies and skills: Linux (CentOS, Bash, C programming, FFT, Higher Mathematics, ...) All work took place at the level of data from telescopes and analytics. Therefore, the images as such were not considered.

Parameterization of galaxies

Assistance in the development of algorithms and analysis of astronomical data for astrophysics. Code optimization, performance improvement, creation of new methods of mathematical analysis, creation of creaks of automatic analysis of many millions of images, processing of statistics. In fact, this is a very precise parameterization of the shape and other characteristics of galaxies based on data from telescopes. There were technologies and skills: Linux (CentOS, Bash, C programming, FFT, Higher Mathematics, ...) All work took place at the level of data from telescopes and analytics. Therefore, the images as such were not considered.

Parameterization of galaxies

9203833
Creating a program for inter-format conversion of radiometric images. Reverse engineering because these formats are closed. Opening and saving in DJI, FLIR, and other formats. Correction, filtering, and other mathematical transformations over data obtained from thermal imagers. Possibility of automated and batch image processing.

Radiometric image converter.

Creating a program for inter-format conversion of radiometric images. Reverse engineering because these formats are closed. Opening and saving in DJI, FLIR, and other formats. Correction, filtering, and other mathematical transformations over data obtained from thermal imagers. Possibility of automated and batch image processing.

Radiometric image converter.

Creating a program for inter-format conversion of radiometric images. Reverse engineering because these formats are closed. Opening and saving in DJI, FLIR, and other formats. Correction, filtering, and other mathematical transformations over data obtained from thermal imagers. Possibility of automated and batch image processing.

Radiometric image converter.

Creating a program for inter-format conversion of radiometric images. Reverse engineering because these formats are closed. Opening and saving in DJI, FLIR, and other formats. Correction, filtering, and other mathematical transformations over data obtained from thermal imagers. Possibility of automated and batch image processing.

Radiometric image converter.

Creating a program for inter-format conversion of radiometric images. Reverse engineering because these formats are closed. Opening and saving in DJI, FLIR, and other formats. Correction, filtering, and other mathematical transformations over data obtained from thermal imagers. Possibility of automated and batch image processing.

Radiometric image converter.

5.0 · 12 Reviews
12 Reviews
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Hans H.

5.0

€3,000 EUR

2 years ago

PCB design BMS with BQ76930 High side FET canbus communication

Professional to work with, good reflection, autonomous.

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@Poweredbyfln ..

5.0

$30,000 USD

2 years ago

Who Let the Gas Out? NASA Tank Venting Challenge

Nazarii is one of the winners of the Who Let the Gas Out? NASA Tank Venting Challenge. He delivered a great work and received a 3rd place award.

Aeronautical Engineering
Aerospace Engineering
Aircraft Performance
Aircraft Propulsion
Aircraft Structures

+8 more

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Adam R.

5.0

$3,300 USD

2 years ago

Hardware Engineer – USB Control Relay System

Technically strong with passion. For technology

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Kim H.

5.0

£2,000 GBP

3 years ago

Image Processing and Analysis

We are very happy with the job our freelancer Nazarii has completed for us. His excellent skills in image analysis and robotic systems have allowed him to complete our complex project.

Engineering
CAD/CAM
Software Development
Image Processing

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Roni F.

5.0

€6,250 EUR

4 years ago

Geometrical Pattern matching - Opencv/Emgu

Quick & Professional work.

C Programming
C# Programming
Software Architecture
CUDA
C++ Programming

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Experience

Own business

Dec, 2020 - Present

•

5 years, 6 months

Own business

Dec, 2020 - Present

•

5 years, 6 months

I run my own business in the field of IT and technology.

Dec, 2020 - Present

•

5 years, 6 months

R&D team leader

Aug, 2019 - Dec, 2020

•

1 year, 4 months

Innovations company

Aug, 2019 - Dec, 2020

•

1 year, 4 months

Work as a leader of the R&D group. Development of electronics. Means of communication, software. Development of innovative solutions in the field of retail. Development of other scientific instruments and systems. Comprehensive development of systems where all my directions are combined. Project management.

Aug, 2019 - Dec, 2020

•

1 year, 4 months

Industrial engineering

Sep, 2015 - Aug, 2019

•

3 years, 11 months

Engineering company

Sep, 2015 - Aug, 2019

•

3 years, 11 months

Engineering, development of industrial equipment, development and adjustment of industrial production lines, programming of PLCs, robots, control systems. Development of technical vision systems. Development of a centralized system for monitoring and analyzing production at the plant. Development of innovative solutions in the field of electronics, mass information gathering, telecommunications, microprocessors, RFID.

Sep, 2015 - Aug, 2019

•

3 years, 11 months

Certifications

C# Programming - Level 1

C# Programming

C Programming - Level 1

C Programming

SQL - Level 2

SQL

C++ - Level 1

C++

SQL Server - Level 1

SQL Server

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Preferred Freelancer Program SLA

US English - Level 1

US English

Algorithms - Level 1

Algorithms

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