«We are opening a lab of advanced research of wireless 5G IoT nets», says Director of RUDN Institute of Applied Mathematics and Telecommunications at the International round table of 5 universities at Brno University of Technology (Czech)
3 - 5 November, 2017, Brno University of Technology (Czech) hosted the International round table of 5 universities on wireless 5G IoT nets and inter-university cooperation. RUDN was represented by Konstantin Samuilov, Director of RUDN Institute of Applied Mathematics and Telecommunications and Yulia Gaidamaka, associate professor of the Department of applied informatics and probability theory.
Among universities-partners – Tampere Technilogical University (Finland), Vienna University (Austria), St. Petersburg State University of aerospace machinery building (Russia).
At the round table the universities presented Next Generation Network laboratories existing in each of them.
«In 2017, we are opening a lab of advanced research of wireless 5G IoT nets», said professor Samuilov. The laboratory will demonstrate the possibilities of tactile Internet, augmented reality, flying video platform, Internet of things and many other innovations working for the benefit of digital economy of big cities.
In 2016, RUDN University and BUT signed an agreement of scientific cooperation. At a working meeting after the round table the parties discussed building a segment of RUDN – BUT 5G net.
After the round table the participants went to Munich to the 9th International Congress on Ultra Modern Telecommunications and Control Systems, ICUMT.
Bacteria in biofilms are 1,000 times more resistant to antibiotics, disinfectants, mechanical treatment, and other types of stress. A chemist from RUDN University suggested a method to prevent the formation of biofilms and reduce the resistance of bacteria to antimicrobial medications. This might help increase the efficiency of antibacterial treatment in the food industry, medicine, and agriculture.
A specialist in spacecraft movement control analyzed the process of placing vehicle stages, boosters, and other space debris into the so-called disposal orbit and suggested cleaning lower orbits up with a spacecraft that has modules with engine units on board. These modules will attach to space debris objects and move them away. As for the geostationary orbit, a preferable way to clean it up would be a towing spacecraft that transports space debris objects into the disposal orbit.
A biologist from RUDN University studied the development of the immune response in prepubertal male and female animals. According to her, the severity and mortality of infectious and inflammatory diseases at this age depend not on the sex hormones, but mainly on the chromosome set or karyotype.