Creating a three-dimensional model of the central part of Donetsk

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 project it was created about 500 buildings. Unfortunately, the company Google has removed the possibility of laying out buildings in 2013.

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2D CNC engraver controlled by LabVIEW

Exhibition of scientific works of students "NTTM MAN-2017". Under my leadership, students won the third place among the collective developments. The guys presented the design of 2D CNC engraver controlled by LabVIEW. We used this engraver for summer practice work in my department of computer design and modelling. And we have results! There is a some examples.

Automation of shooting a physical stationary object

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 .

Computer simulation of drilling core

Drilling is a method of exploration and minerals mining. In an era of economy and struggle for energy resources, drilling becomes important in the world economy development. Drilling requires modern high requirements for technical and economic indicators. Drilling requires the use of an integrated approach in the scientific drilling processes study. The drilling model is a complex system. The model consists of mechanical, chemical, hydraulic, temperature states. Some drilling elements need to be studied at the micro level to achieve results reliability. Thus, the drilling processes study is a difficult task. Solving it with the usual methods is not always possible. Computer modeling is the most promising in this direction. Computer modeling is capable of: maximize the research model to the real conditions, reduce tool development time and costs, analysis of drilling processes, visualize the result. The LabVIEW programming environment has a large set of add-ons a

Anton Kharitonov (Kharytonov): portfolio

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