Description
Product:
Gyroscopic stand
For testing quadcopter software. Allows the drone to rotate along three axes: Roll, Pitch, Yaw, which makes it possible to simulate the operation of PID algorithms.
Development of flight controller software: Specialists are developing their own software (firmware) for unmanned aerial vehicles.
The Rust programming language is used with its advantages of speed and high code reliability. Asynchronous programming in Rust allows for the existence of real-time systems such as Embassy.
The drone racing simulator «Drone Race» is an educational simulator aimed at developing skills in assembling, maintaining and piloting quadcopters. With the help of this simulator, anyone can try themselves in the role of a drone operator and develop their skills in controlling unmanned aerial vehicles in various combat missions in a playful manner.
AR/VR
There is no risk of damaging expensive equipment in virtual reality, so it is possible and necessary to use a virtual environment for training and education.
The fiber optic welding trainer is designed to teach students at the MTUCI Telecommunications College. They hone the necessary skills in a virtual environment, where there is no risk of damaging expensive equipment.
The project has reduced the time required for students to be allowed to practice on a real welder to two weeks and increased students’ interest in the learning process through gamification.
The app «Assembling a radio with Alexander Popov» is an educational project for university applicants and students, allowing them to learn about the history of MТУСИ in an interactive way. Experts have recreated the laboratory of the great Russian physicist and inventor of radio, Alexander Popov. The app features a 3D model of the scientist, and users can assemble a radio.
The «Multiplayer Mode» app demonstrates the ability for several people to interact in the same virtual space. It includes two mini-games (a shooter and drawing), in which participants can compete with each other.
The ABB electrical cabinet simulator with a high-frequency converter ensures the continuous operation of the training centre in a remote format: MTUCI teachers demonstrate to students how to conduct laboratory work live. In addition, the simulator allows you to disassemble the cabinet down to the smallest details, which is impossible to do in reality because of the large size of the equipment.
Digital compressed TV signal controller «Shelkopryad» for detecting changes in the original image
A device for monitoring a compressed multiplexed TV signal. It is designed to identify, detect, and analyze the structure of TV images compressed according to the H.264/AVC standard, as well as analyze the GOP structure in a multiplexed data stream of a digital TV signal. Using a patented method, hidden marking of the TV image is performed, which makes it possible to identify and signal about violations of the original (author’s) content during its distribution, storage, and modification. The device operates both in the online signal distribution mode in an automated monitoring system and in a deferred mode for viewing and studying the content.
Application options: during the processing of initial content, hidden marking of the TV signal is performed. A database is created that identifies the released TV content.
Based on requests from broadcasters, telecom operators, and TV content rights holders, operational automated monitoring is carried out, or a deferred in-depth automated study of TV content that is disputed in terms of authenticity is conducted.
It is able to detect changes in the TV image associated with signal distribution errors, attempts to introduce changes into a part of the TV image, complete changes, or additions to the original image. In this case, the location in the data stream is detected, tied to the video sequence, part of the frame, and the time of this violation according to the syntax of the service part of the stream.
It works with a multiplexed compressed MPEG2-TS stream encapsulated in T2-MI.