Time-frequency analysis and autoencoder approach for network traffic anomaly detection transform (STFT), and autoencoders to identify anomalous
network behaviour. It conducts
time- frequency
Numerical analysis of large-scale queueing system with a small parameter the queues lengths with not less than 1. We describe the processes of rapid changes of LSQS and
time scaling The Numerical Analysis of the Time-Scale Shortest Queue Model Under the Dobrushin Mean-Field Approach is widely used as balancing mechanisms in
time-scale queueing system (TSQS). In this paper we employ
Numerical Analysis of Shortest Queue Problem for Time-Scale Queueing System with a Small Parameter in
time-scale queueing system (TSQS). In this paper we employ simulation
analysis of the TSQS evolution
THE SHORTEST QUEUE MODEL AND THE MEAN-FIELD APPROACH TO TIME-SCALE QUEUEING SYSTEMS WITH A SMALL PARAMETER of the
time-scale queueing systems (TSQS) with the shortest queue policy (SQP). The evolution dynamics TSQS
NUMERICAL ANALYSIS OF SHORTEST QUEUE PROBLEM FOR TIME-SCALE QUEUEING SYSTEM WITH A SMALL PARAMETER parameters for
time-scaling processes
analysis for TSQS. The grid scheme demonstrates good convergence
Non-Markov stochastic dynamics of real epidemic process of respiratory infections components in epidemic dynamics of social
networks taking into account their
time discreteness and effects
Classification of networks in higher education: A marketing analysis of the club of ten (Russia) comprehensive methodology for estimation of
networks. The application of this method of
analysis enabled