andreybv Goto Github PK

alivio_layout

This project contains responsive HTML, CSS landing page based on a template page from Figma. The main blocks of the page have been implemented, the logic for playing the video template and transforming the navigation bar on mobile devices has been written.

che_facedetector

In-game character editor based on Unreal Engine 4 with support for capturing head movements and facial expressions of the player in real time, as well as three-dimensional reconstruction of the player's face.

database-locks

Демонстрация работы блокировок при параллельном обращении к записям

graphicseditor

A graphics editor that allows you to: draw and move lines, use morphing for lines, apply transformation operations using matrices. There is also a functional for drawing a fractal tree.

intelligentsystems_projects

This repository contains several projects related to intelligent systems algorithms. Namely, the capabilities of the following algorithms are demonstrated: expert system; ID3 algorithm; clustering based on the k-means method; clustering based on vector analysis; the use of the evaluation function for decision-making.

landingpage-php-tmp

Тестовая верстка страницы-галереии с возможностью авторизации посредством PHP

learncypress

learnredux

learnts

mountain_layout

phonosemanticanalyzer

In this work, phonosemantics acts as a tool with which it is possible to formalize input data for a neural network, which subsequently must determine an object (class) by a set of phonosemantic features

portfoliopage

Портфолио на должность Frontend-разработчика

prototypecrud-vue.js

Acounting Swimming Pool System- Vue.js + Vuerify + Node.js + Express + PostgreSQL. System is not rigidly bound to the subject area. That is, the main interface of the application is generate on the basis of the structure of the database.

python-lab-works

Лабораторные работы по предмету "Алгоритмические языки программирования"

pythongame

radiumtask

react-java-graphql

relvise_layout

smarthousecontrol

This system is highly specialized, as it is designed for a specific laboratory bench that simulates the "Smart Building". The main idea of ​​the system is to receive data from the controller board (Arduino) of the Smart Building laboratory bench, which in turn receives data from sensors (temperature, lighting, humidity, etc.) located within the bench. Also, the developed system allows you to control the actuators of the laboratory bench to influence its environment (that is, increase / decrease the room temperature, open doors / windows, turn on lighting in certain rooms, etc.).