1
Institute of Applied Mathematics and Communications Technology Held a Seminar on ‘Mathematical modeling of Queuing systems using Markov counting chains and the presence of a small parameter’

Institute of Applied Mathematics and Communications Technology Held a Seminar on ‘Mathematical modeling of Queuing systems using Markov counting chains and the presence of a small parameter’

On February 14, 2020, a scientific seminar was held at the Institute of Applied Mathematics and Communications Technology of the faculty Sciences.

Speaker: Galina Tsareva, post-graduate student of the Department of Applied Computer Science and Probability Theory.

The report examined Queuing systems that consist of an infinite number of identical FCFS servers with a buffer that can store a queue of infinite length, with a Poisson incoming flow of requests to the Queuing system at a constant intensity.

A question of great interest was when each request received by a Queuing system randomly selects and queries two arbitrary servers of this system, and then immediately sends it to one of them, where the queue is shorter. It was discussed in detail that the dynamics of changes in the share of servers in the system can be described using an infinite system of differential equations. For this system of differential equations, a singularly perturbed Cauchy problem of Tychon type with a small parameter is posed. It was emphasized that the presence of a small parameter in the system of differential equations allows describing rapidly changing processes in large-scale Queuing systems, which makes it possible to analyze transients in systems of this type.ф

International Projects View all
Research and Innovative Activity View all
30 Dec 2020
In 2017, RUDN University scientists constructed a new explicit second-order precision difference scheme using modern computer algebra methods for 2-dimensional Navier-Stokes equations (NSE) [1]. This year, our mathematicians used a new scheme [2] to construct a numerical solution to the Cauchy problem with initial data (for t=0) as satisfying the continuity equation. Scientists managed to achieve previously unattainable accuracy of the continuity equation.
226
Similar newsletter View all
12 Oct
RUDN Student Scientific Society Declared the Best New SSS 2021 in Moscow and Moscow Region

Student Scientific Society (SSS) of Peoples’ Friendship University of Russia (RUDN) won a special Best New SSS of Moscow and Moscow Region award at a contest held by the regional Association of Students and Student Organizations.

12
12 Oct
RUDN University students Alexander Kirilenko and Alexander Korotkov bronze medalists of the International Olympiad in Mathematics

Alexander Kirilenko and Alexander Korotkov, third-year students of the Faculty of Physics, Mathematics and Natural Sciences of the Mathematics direction, took the third place in the individual competition at the International Mathematics Olympiad among students.

18
12 Oct
What is a controlled system with an aftereffect and what does it have to do with airplanes?

The research of Amina Adhamova, a third-year graduate student in the field of “Mathematics and Mechanics” got into the competition of the best projects of fundamental scientific researches of young scientists. The work of RUDN postgraduate student is devoted to differential-difference equations, in particular to control systems with aftereffects. The object of the research is the problem of settling of a control system with aftereffects.

10
Similar newsletter View all