In Saint-Petersburg state University (SPbSU) facilities a huge development: from test-systems for diagnostics of diseases to robots and lasers.
– you Can highlight the main trends in the practice-oriented projects. First, the development of blockchain technology. We have a technology Center’s distribution of resources created in the framework of the state program “national technology initiative”. In 2019 developed in this system “BORIS” was successfully tested in elections in Leningrad region. With the help of mobile applications observers, in particular, are able to communicate with the electoral Commission, – said Vice-rector on scientific work, St. Petersburg state University Sergey Mikushev.
the Latest development of the center – the system “Cryptomite” for corporate voting. Most current product in the conditions of the pandemic has enabled many companies to organize a remote vote on current issues.
the Second key area is the development of small innovative enterprises (MIPS) on the basis of St. Petersburg state University. To offer your business-project for MIPA can any student. Including the winners of the SPbSU Start-Up. For example, MIP “dynamics” have created a unique robot, which allows to detect defects on heating mains, not digging the road. Unlike other detectors, the robot can operate at very high temperatures – up to 80 degrees. In one hour he is able to check 70 meters of pipe. Development introduced in St. Petersburg signed the agreement with the company “TEK SPb”.
the Instrument using the hyperspectral imagery is one of the directions of development of Etu “LETI”. More recently, hyperspectral systems were used in space and military fields. Today they can be used to find lost people in the woods, exploring the ocean, to assess the condition of soils and to predict the harvest, to determine the quality of the products and to identify counterfeit drugs.
– Hyperspectral system operating in a certain part of the optical range. Of great interest is the detection of hidden objects that cannot be detected in visible, radar or thermal imaging, range – said associate Professor of the chair of television and video “LETI” Pavel Baranov
Together with partners established hyperspectral system for unmanned aerial vehicles. It is designed to monitor the earth’s surface on Board the drone in the field of precision agriculture. Another important field of application is the environment. You can control the forest and peat fires, torches, burning oil and gas.
based On the hyperspectral systems created the device which allows to determine cervical cancer without a biopsy. The development of passed clinical trials in South Korea and already integrated into mass production.
“LETI” is RAzarabotki focused on the space. For example, a multispectral multi-camera video monitoring system. Its purpose is the detection and classification of objects of natural and artificial origin in space. It will allow us to detect space debris threat to spacecraft and its crew. Information will be transmitted to Earth, but part of it will be processed directly on Board the ship. The development is part of the national project “Science” and the authors hope will contribute to solving the problem of pollution of near-earth orbit.
the Theme of space is one of the priority in Guape. Included in the Institute of high performance computing and networking technology (Institute of Vcist) together with European, American and Japanese space agencies have developed and standardized technology high-speed in-vehicle networks SpaceWire/SpaceFibre. They will improve the speed and simplify the exchange of data on Board spacecraft, satellites, manned spacecraft.
– sue not only participated in the creation of technologies in cooperation with foreign partners, but at the same time, in cooperation with the Russian industry, has developed an electronic component base for electrical systems SpaceWire/SpaceFibre. It according to its settings and functionality surpassing the world level. These components have already been put into mass production by the Russian enterprises, technology with the support of Roscosmos are being introduced in the Russian space industry, – said the Director of the Institute Wcast Yuriy Sheynin.
In Guape created innovative software the SANDS that allows you to automate actions on modeling and design of airborne and space networks on the Ground. As explained by the head of the laboratory of Centre of research coordination Guapa Valentin Olenev, today most of the calculations for the design of networks is in manual mode.
Software of its kind in the world. This is a promising development that can be tailored to different customers. The complex is made under the requirements of a large industrial partner “Information satellite systems” – the company that runs 75 percent of Russian satellites. But in the future it can be extended. Now the complex is under testing at our partners, – said Cody.
the Complex will allow to reduce terms of development of networks, and therefore will reduce the time required to bring the satellite to the final version.
– the Main trend of the University education – cooperation with scientific organizations and industrial partners with the aim of practical application of research results, the increase in real contribution of science in economic growth – said the Chairman of the Committee on science and the higher school of St. Petersburg Andrey Maksimov. Today the universities of the city significantly strengthen its position in science, show good results. Strong research groups work in modern laboratories and are aimed at prospective studies.
