Microprocessor-based protection systems of electric power equipment based on AI
The research aimed at the creation, calculation, design and realization of microprocessor-based protection systems for electrical equipment and supply lines of DC and AC traction and non-traction power supply systems using artificial intelligence, deep learning and Big Data technologies.
Grechishnikov V.A., Professor of the Department of "Electric Power Engineering of Transport"
+7 916 625 43 03
victor_gre@mail.ru
Effectiveness of digital transformation on transportation
Normative and regulatory documents developed to assess implementation efficiency of digital services and information systems, and feasibility studies calculated for the implementation of major railway transportation information systems.
Efimova O.V., Head of the Department of "Economics, Production Organization and Management"
+79 164 353 861Research in the field ofprocedures improvement for application of digital technologies in decision-making and analytical support in the transportation industry
The research aims to build an informational and analytical rationale for initiating, selecting, implementing, deploying and evaluating the effectiveness of digital business transformation solutions.
Kargina L.A., Head of the Department of "Information Systems of Digital Economy"
+7 915 199 22 09
kargina_larissa@hotmail.com
Transportation management
Bilenko G.M., Head of the Department of "Transport Processes Management"
+7915−4 979 792
bilenko-gm@ya.ru
Freight railcar fleet management
The research aimed at improving technologies and methods of freight rolling stock fleet management and interaction between participants of the transportation process, solving optimization problems of freight car fleet management based on mathematical models, including the use of innovative cars with increased axle load.
Shatokhin A.A., Docent of the Department of "Transport Processes Management"
+7926−5 368 095
aassrv@gmail.com
Research in the field of design construction of dispersed railway facilities (railway culverts)
The research aimed at improving the management efficiency of artificial structures construction of new railway lines on a model basis.
Samoryadov S.V., Docent of the Department of "Design and Construction of Railways"
+7 (926) 891-90-21
ssamor@mail.ru
Forecasting of terms and construction resources of buildings and structures taking into account losses of working time outdoors
Because of the research, an accounting simulation model of working time resource losses from the action of many unfavorable natural and climatic factors, production, etc. was created. The model makes it possible to change the value of working time losses by varying labor modes.
Samoryadov S.V., Docent of the Department of "Design and Construction of Railways"
+7 (926) 891-90-21
ssamor@mail.ru
Predicting the construction of new railway lines under uncertainty and at the conception stage
The research allowed creating a simulation model for the development of the main structural, technological and organizational parameters of the future railway line construction with the availability of only some natural and climatic, geological, hydrological and other data from special literature and a large-scale map.
Samoryadov S.V., Docent of the Department of "Design and Construction of Railways"
+7 (926) 891-90-21
ssamor@mail.ru
Creating system solutions for architecture and interoperability of integrated transportation and logistics systems (TLS)
System development and training aimed at increasing the level of interaction between system engineering and TLS architecture. Analysis and compatibility of transportation participants as a unified goods movement system by combining resources (assets) of all its participants.
Sinitsyna A.S., Acting Head of the Department
+7 9 859 283 380
acc-lgkr@mail.ru
Research in proactive control and sustainability of TLS processes
Research and training aimed at creating a new generation of TLS and technologies based on the concepts of adaptive management and self-organization of the goods movement system.
Sinitsyna A.S., Acting Head of the Department
+7 9 859 283 380
acc-lgkr@mail.ru
Transforming closed-loop TLS in logistics engineering models and technologies
The development and training aims to increase the resilience of TLS cargo owners applying standards, logistics engineering techniques and digital technologies in closed-loop models.
Sinitsyna A.S., Acting Head of the Department
+7 9 859 283 380
acc-lgkr@mail.ru
Technology in freight and commercial work
Research and training aimed at studying interaction issues between carriers and contractors using new approaches, including logistics, aimed at attracting customers to the transport services market with the creation of a unified digitalization mechanism.
Sinitsyna A.S., Acting Head of the Department
+7 9 859 283 380
acc-lgkr@mail.ru
Transportation forwarding and service
Research and training aimed at studying technology issues of operator companies and forwarding companies, operational planning and agency transportation, ways to assess the competitiveness of the forwarding company and the indicators calculation.
Sinitsyna A.S., Acting Head of the Department
+7 9 859 283 380
acc-lgkr@mail.ru
Development of methods and tools for information analytics and decision support based on digital technologies
Improving decisions quality made in the complex objects management. Achieving the goal involves mathematical methods of data analysis (methods of mathematical statistics, optimization, forecasting, etc.), machine learning methods and technologies, modern digital technologies and "big" data processing, and is associated with the need to develop information and analytical systems and decision support systems.
Letsky E.K., Professor of the Department of "Digital Technologies of Transport Processes Management"
+7(916)621−86−38
letzky@mail.ru
Development of information/digital solutions for transportation and logistics
The research aimed at creating automated software complexes for full cycle implementation of business processes in transport, software solutions for transport logistics automation and effective management of cargo transportation.
Nutovich V.E., Head of the Department of "Digital Technologies of Transport Processes Management"
+7(495) 274−02−74 add. 3831
ctutp@bk.ru
Research in the application of AI to solve applied problems
The research aims to apply AI methods, tools and technologies to process automation, recommendation system development, and natural language processing and computer vision.
Nutovich V.E., Head of the Department of "Digital Technologies of Transport Processes Management"Zamanov E.A., Senior Lecturer of the Department of "Digital Technologies of Transport Processes Management"
+7(495) 274−02−74 add. 3831
ctutp@bk.ru
Development of intelligent systems for technical and medical diagnostics
The research aimed at development and practical application of methods and software and hardware tools for building intelligent systems of technical and medical diagnostics.
Malinsky S.V., Docent of the Department of "Computer Systems, Networks and Information Security"
+7(495) 274−02−74 add.3774
vssiib@mail.ru
zamgal@yandex.ru
Studenikin D.E.
+7 (8617) 76-78-00
mail@nsma.ru
Smolentsev Sergey Viktorovich, Professor
+7(812)748−96−00
SmolencevSV@gumrf.ru
Research directions:
1. Modern methods for finding the optimal path.
2. Use of AIS for vessel collision avoidance.
Olovyannikov Arkady Lvovich
Ark@msun.ru
Development of algorithms for calculating vessel maneuvering during dangerous approaches, in accordance with COLREGs-72.
Artemyev Andrey Vladimirovich
artemyev@msun.ru
Development of standards, improvement of the regulatory framework, preparation of technical solutions, and scientific support for the stages of design, construction, and operation of high-speed railway infrastructure facilities.
Shkurnikov Sergey Vasilyevich
+7 (812) 457-85-27
ipzd@pgups.ru
1. Justification of maglev technology as an element of the high-speed transport strategy.
2. Conducting fundamental research on permanent levitation and development of technical means for ensuring functional connection of discrete-conveyor and mainline-high-speed freight transport systems.
3. Experimental research on issues of construction and operation of artificial structures on maglev mainlines.
Smirnov Sergey Alexandrovich
+7 (812) 570-76-59
nocpp@pgups.ru
1. Development of a methodology for forecasting the loading and strength of wagons using digital models and selection of parameters and technical solutions for new wagons based on it.
2. Development of a method for managing the individual resource of wagons and creation of methodologies for extending the service life of rolling stock on 1520 mm gauge based on it.
3. Development of new methods for researching wheel-rail interaction and creation of new wheel tread profiles and methodologies for diagnosing wagon running gears based on them.
Boronenko Yury Pavlovich
+7 (812) 457-85-21
vvh@pgups.ru
1. Improving and controlling the energy efficiency of locomotives using intelligent information processing methods.
2. Monitoring the technical condition of modern locomotives using information from on-board data recording systems.
3. Monitoring the thermal and technical condition of asynchronous traction motors of modern locomotives.
Grishchenko Alexander Vasilyevich
+7 (812) 457-81-40
lt@pgups.ru
1. Fundamental research in the theory of building testable discrete systems and applied work on creating and implementing microprocessor and computer systems for automation and remote control on railway transport.
2. Development of programs and methodologies for safety and electromagnetic compatibility testing. Creation of regulatory documents in the field of system certification.
3. Development of a system for comprehensive automated dispatcher control for metro.
Nikitin Alexander Borisovich
+7 (812) 457-85-79
at@pgups.ru
1. Application of semiconductor devices on AC electric locomotives.
2. Development of a methodology for traction calculations for shunting work.
3. Development of semiconductor converters of electrical energy for general technical purposes of a new generation.
Kanaev Andrey Konstantinovich
+7 (812) 457-80-75
es@pgups.ru
1. Development of principles, methods, and means of non-destructive testing and diagnostics of railway transport technical objects.
2. Improvement of the system for training and certifying specialists in non-destructive testing in educational institutions and on the railway network.
Dymkin Grigory Yakovlevich
+7 (812) 310-33-26
Areas of research activity: development and implementation of microelectronic systems for dispatcher train traffic control and relay-processor-based interlocking systems; research and development of methods for automating intellectual support of technological processes in integrated control, monitoring, and diagnostic systems on railway transport; conducting tests for certification of railway transport technical means.
Dolgy Igor Davidovich
+7(863) 272−63−02
a_t@rgups.ru
Tarasov Evgeny Mikhailovich
+7(846)262−41−12,
e.tarasov@samgups.ru