Anton Kharitonov (Kharytonov): portfolio

 During the II International Scientific Forum "Innovative Perspectives of Donbass" on May 26, 2016, was held the VII International Scientific and Technical Conference "Informatics, Control Systems, Mathematical and Computer Simulation". The purpose of the conference was the development of creative and intellectual activity of students, graduate students and scientists, their involvement in solving urgent problems of computer science, the preservation and development of a single scientific and educational space, the establishment of contacts between future colleagues. The conference was organized by the Faculty of Computer Science and Technology in collaboration with the Council of Young Scientists and the Council of Student Self-Government of the Faculty. I was the main organizer. I also presented my scientific and practical works at the exhibition. The collection of conference materials consists of 600 pages. I am the producer of this book . The conferen...

The aim of this work - researching and creating an automated system for optimal control of the solar pane with current and voltage control. I designed and programmed two hardware-software complexes. The first system located in the field. It is solar panel with controls and sensors.  System transmit the information wireless to the monitoring device. Second system - monitoring device placed in a different location (200 m) and consist from a data receiver and a computer with installed software. Transmitter Reciever

This program are create to find peaks and find a frequency of peaks in Hz. The virtual instrument was developed in LabVIEW. It allows:  Visualizing the recorded signal  Filting the signal from external noise Strengthening the signal Calculation of the duration between the first tones and the one tone duration. You can turn on Advanced mode with fine tuning of low pass filter and numbers of peaks. You can download it and use it for free.

The photo-shooting system for the electronic museum's  materials was automated by Moskalyuk Taras - a student of the Computer Science and Technology Faculty, under the my guidance. Automation is performed using the Lego NXT technology, which significantly approximates the end of work and improves the quality of the footage. The new shooting technology allows to expand the possibilities of creating three-dimensional images, up to 180 images per model, without complicating the process of shooting and processing raw materials. Science article was written .

The Department of Computer Monitoring Systems of Donetsk National Technical University conducts the course “Automation of Scientific Experiment and Device's Modeling with the help of LABVIEW” for teachers. The courses will open topics such as: - the basics of LabVIEW, - algorithmization in LabVIEW, - NI Vision module for machine vision, - work with the laboratory station measuring devices NI ELVIS, - work with analog-to-digital converter (ADC) NI USB-6008, - work with compactRIO FPGA controller, - work with the Lego Mindstorms NXT robot, - data collection using Arduino. Lecturer - Anton Kharitonov, certified developer. Start: 9.11.2015.

The basis for the development of the software product "Automation of municipal property accounting in Donetsk " is an order of the Donetsk City Council. This product allowed the efficient use of staff time and increased productivity. The purpose of the development is the creation of an automated accounting system for municipal property in Donetsk.  Tasks that are solved when performing this work: - analysis of existing information regarding the accounting of municipal property; - development of database structures for municipal property records; - the creation of software that allows you to work with databases of communal property and provide information in accordance with existing requests. The developed software allows you to enter information for all the subjects of communal property in real time, using authentication with a high degree of protection, including the name of the subject and password. Each subject of municipal property can enter only that...

This is the final qualifying work of my master Yevgen Grigoriev. "Graphic waterfall". Thank you very much, Yevgen. It was beautiful work!

As part of the course "Geoinformatics" for students of the specialty "Programming and Computer Design" I have developed and introduced into the educational process course on the topic "Building a geographic information design space within the media support EURO 2012" This project involves the creation by each student of 10 buildings in the central part of Donetsk, mainly centered around the stadium, fan-zones and the central highway. Students should develop and lay out the resulting buildings in the open access layer of 3D buildings, sign and provide a brief summary on each building. It is expected that among the army of foreign fans there will be many who want to get acquainted with the map of the city center in advance. A three-dimensional map can be viewed on Google Maps with the "Earth" layer turned on (an additional plug-in will be required), or through the Google Earth program with the 3D building layer turned on. At the end of the ...

05/31/2013 at 11.00 a working meeting will be held in the auditorium №301 of the Donetsk City Executive Committee on the presentation and implementation of an automated accounting system for municipal property in Donetsk. On the agenda: - a presentation of the system - reports from management and system developers. At the meeting will be distributed discs with video lessons and user manual. Heads of specialized departments are invited. Speakers: Natalya Stadnik - Head Communal Resources Department, Donetsk City Executive Committee Gennady Averin  doctor of Technical Sciences, professor - work manager Anton Kharitonov, senior lecturer - executive in charge of the work

Monitoring and information-analytical module for analyzing the efficiency heating center. Devices used: cRIO-9072  NI 9211 Thermocouple module  NI 9870 RS-232 module for connection with INFOCAL5 by RS-232 outputs. HMI created by my student Sergey Tsykhmistro.