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Research and Innovation
Research Institutes
Applied Mathematics & Communications Technology Institute
Applied Mathematics & Communications Technology Institute
The scope of the Institute for Applied Mathematics and Telecommunications includes the development of new mobile communication technologies, the software to improve the capacity of data transmission channels.
Scientists of institute
Director
Konstantin Samuylov
Contacts
+7 (495) 433-95-88 iamtc@rudn.ru
amct.institute
News All news
Science
11 Aug
RUDN University doctors evaluated the effectiveness of hernia treatment with a mesh endoprosthesis

RUDN University doctors have followed the recovery of patients after the treatment of a postoperative hernia using a polypropylene mesh-endoprosthesis.

Science
09 Aug
RUDN University mathematician named the main problems of autopilots when detecting pedestrians

A RUDN University mathematician with colleagues from Egypt, Saudi Arabia and China has collected the latest research in the field of deep learning for detecting pedestrians for vehicles with autopilot. The authors identified weaknesses and outlined targets for further research.

Science
07 Aug
RUDN engineer propose a green split system in houses using ground warmth

A RUDN engineer with colleagues from Iran proposed a new model for cooling and heating indoor air using soil energy. This eco-friendly approach is completely harmless and allows you to change the air temperature by 21%.

Main areas of research All areas
Research and development of models and methods in scheduling, analysis and computation of 5G wireless networks.
Advanced Research in 5G Internet of Things wireless networks.
Development of mathematical models and analysis methods for evaluation quality of the Internet of Things infrastructure’s operation within conditions of dynamic device relocation.
Computer modeling and numerical-analytical research methods of complex physicotechnical systems and infocommunication (information and communications) technologies.
Research and development of scientific bases and complex stochastic models to evaluate effectiveness and reliability of device interconnection in wireless networks of the Internet of Things.
Development of set of mathematical theory of teletraffic models for study control diagrams for managing resource access to the next generation wireless networks.
Research and development of computational methods and models for describing complex systems.
Research projects All projects
Telecommunication systems
Creation of Laboratory for Advanced Research in 5G Internet of Things wireless networks
Set up a world-class Research Center for solving practical problems in 5G wireless networks in regard to the network technologies and conducting experimental studies

Project leader

Konstantin Samouylov

Internet of Things mobility interference efficiency index quality of service indicators random process Markov process motion model random walk nonuniform, sources of information limited resources probability- time-response characteristics
Computer Simulation
Computer modeling and numerical-analytical research methods of complex physicotechnical systems and infocommunication (information and communications) technologies
The Project’s objective is to enhance models of optical and quantum-physical devices based on the wave optical and quantum mechanical effect (QM effect).

Project leader

Korenkov Vladimir Vasilievich

Mathematical modeling variational and differential methods mathematical physics problems problems in quantum mechanics and guided-wave optics symbolic-numerical algorithms
Telecommunication systems
Development of mathematical models and methods of analysis for quality evaluation of infrastructure of the Internet of Things operation within conditions of dynamic device relocation
Establish a world-class Research Center for solving theoretical problems in probability theory and mathematical statistics, including the application of developed mathematical models to analyze telecommunications networks and systems

Project leader

Yuri Orlov

Wireless network Internet of Things interference quality indicator probability-time characteristics random process motion models
Laboratories and centers All laboratories
Mathematics and Telecommunications
Computer Modeling

Research Center for Applied Probability & Stochastic Analysis

The Center focuses on solving practical problems in the development of mathematical models for quality evaluation of the functioning of Internet of Things infrastructure within conditions of device dynamic relocation. The studies conducted by the Center lie at the junction of probability theory, mathematical statistics, and queuing theory.

TypeCenter

Mathematics and Telecommunications
Computer Modeling

Research Center for Computational Methods in Applied Mathematics

The main research goal is the improvement of applied computational methods for solving problems in mathematical physics, probability and statistics theory.

TypeCenter

Mathematics and Telecommunications
Telecommunication systems

Research Center for High-Tech Systems and Infocommunication Modeling of the Institute of Applied Mathematics and Telecommunications

The Center's activities aim to solve practical problems of fifth-generation (5G) wireless networks in terms of user applications. The work is conducted as part of the research project "Research and development of models and methods for design, analysis and calculation of wireless networks”. - The Center conducts studies on 5G wireless heterogeneous networks in relation to the motion patterns of subscribers. - The Center develops models of radio resource management mechanisms of various types in 5G wireless heterogeneous networks. - The Center is developing analytical approaches to the probabilistic–time characteristics of 5G wireless heterogeneous networks under a dynamic random variation of the signal-to-interference ratio.

TypeCenter

Mathematics and Telecommunications
Telecommunication systems

Research Center for Wireless 5G Networks Simulation

Research and development of the scientific foundations and a complex of stochastic models to evaluate the effectiveness and reliability of devices interconnection in wireless networks of the Internet of Things.

TypeCenter

Partners All partners
Mathematics and Telecommunications
Tampere University of Technology

City

Tampere, Finland

Type of institution

University

Subject of cooperation:
Development of models of devices traffic in 5G wireless networks together with the representatives of Tampere University of Technology
Result of cooperation:

conduct analysis of signal-to-interference ratio as well as related indicators of quality in terms of random processes for typical scenarios of user interaction in 5G networks supporting D2D connections and the Internet of Things.

About partner:
Start of collaboration: November 2016 Tampere University of Technology is one of two Finnish universities funded by the foundation. The University consists of 5 faculties. The university has 8,300 students and 1,700 employees. At the moment the university is ranked 319 and 287 in the field of Engineering & Technology according to QS ratings. Scientific Research at Tampere University of Technology is geared towards the application of mathematical methods to enhance software productivity and reliability. The main research topics include effective algorithms and data structures, algorithmic machine learning and data mining
Department of RUDN in cooperation:
- Applied Mathematics & Communications Technology Institute
Mathematics and Telecommunications
Brno University of Technology

City

Brno, Czech Republic

Type of institution

International research organization

Subject of cooperation:
Development of computer models, numerical and analytical methods of infocommunication technologies together with representatives of Brno University of Technology.
Result of cooperation:

conduct analysis of the statistical characteristics of subscriber traffic in wireless networks in order to identify the spatial-probabilistic characteristics of traffic as well as the reliability of network connections.

About partner:
Start of collaboration: November 2016 Brno University of Technology is the second largest university in the Czech Republic. The University consists of 10 faculties and institutes. About 23,000 students study at the university. At the moment the university is ranked 262 in the field of Engineering & Technology according to QS ratings. Scientific research conducted at Brno University of Technology is focused on computer modeling and the application of numerical and analytical methods in the study of complex physical and technical systems and infocommunication technologies as well as the processing of experimental data. The main research topics include Big Data, computational experiments in telecommunications.
Department of RUDN in cooperation:
- Applied Mathematics & Communications Technology Institute
Mathematics and Telecommunications
Joint Institute for Nuclear Research

City

Dubna, Russia

Type of institution

Institute

Subject of cooperation:
Representatives of the Joint Institute for Nuclear Research will participate in the development of computer models and conduct numerical and analytical methods for studying complex physical and technical systems.
Result of cooperation:

computer implementation of symbolic-numerical algorithms for solving initial boundary problems for the corresponding systems of partial differential equations simulating the effects of Maxwell's optics and quantum mechanics.

Development of Stochastic models for different research areas such as biology, demographics, climatology, energy, telecommunications, economics, etc.

Computer implementation of analytical and numerical algorithms for solving kinetic equations.

About partner:
Start of collaboration: November 2016 The Joint Institute for Nuclear Research consists of 7 laboratories. Scientific research conducted at the Joint Institute for Nuclear Research is focused on the study of elementary particle physics and nuclear physics. The main research topics include high energy physics, Big Data, computational experiments in elementary particle physics.
Department of RUDN in cooperation:
- Applied Mathematics & Communications Technology Institute
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Events All events
2023
21 - 24 Nov
II International Scientific Conference of Students and Young Scientists “For the Sustainable Development of Civilization: Cooperation, Science, Education, Technology (Africa's path to the 17 SDGs: an integrated approach)”
We are pleased to invite you to participate in the II International Scientific Conference of Students and Young Scientists "For the Sustainable Development of Civilization: Cooperation, Science, Education, Technology”. The regional focus of the conference in 2023 will be African countries.
Direction: Science
Event format: Сonference
2023
19 - 21 Oct
The International Scientific and Practical Conference VI FIRSOVA READINGS “Modern Languages and Cultures: Varieties, Functions, Ideologies in a Cognitive Perspective”
Direction: Education
Event format: Сonference
2023
18 Oct
Seminar “N,O-Chelated azine-enol boron complexes featuring different fusion patterns of aromatic rings in the azine fragment”
In this study, a series of N,O-chelated azine-enol boron complexes featuring four different fusion patterns between the benzene and pyridine rings of the azine fragment was synthesized and characterized. The optical properties of the corresponding complexes have been assessed in dichloromethane solution and in solid state. In the latter case the assessment was performed for both powder samples as well as batches of single crystals allowing to identify several cases of mechanochromism and one case of polymorphism-dependent emission.
Direction: Science
Event format: Seminar