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Articles 30
- Development of a routing method based on automatic control of traffic flows between cloud and fog processing levels in Internet of things networks pp. 40-47
- The traffic management features of telecommunication system with batch arrival input data flow pp. 53-60
- A method for optimal routing in digital communication networks based on a complex metric indicator taking into account the impact of destabilizing factors pp. 178-191
- The use of artificial intelligence in traffic management pp. 50-56
- Model of information exchange in a digital communication system using various algorithms for distributing information flows pp. 16-36
- Analysis of multiservice network traffic and creation of forecasting models pp. 52-57
- Use of recurrent neural networks to predict vibration load indicators pp. 5-12
- Model of the influence of adverse weather conditions on the congestion of the transport network pp. 122-128
- A model of the radar situation of the coastal vessel traffic control system pp. 39-44
- Investigation of the method for identifying the parameters of flow of vehicles based on the vibroacoustic method of control pp. 7-15
- Network traffic database creation for automation of Android mobile applications classification pp. 40-51
- The system estimates parameters of transport streams based on the processing of navigation data on the movement of vehicles pp. 35-42
- Load balancing in software defined networks with quality of services pp. 111-119
- Traffic mathematical modeling analysis and prospects of cellular automata usage for middle and large cities tasks solving pp. 3-14
- Simulation model of the flow of requests on the transfer of personnel in information and computer networks pp. 86-90
- Application of Petri nets for modeling and analysis of IP telephon pp. 30-32
- Elements of a theoretical basis of the nature similar processes pp. 52-57
- United failover computing environment for analysis, modeling and processing the bit sequence pp. 4-9
- The technique of designing multiservice networks of data transmission pp. 76-82
- Power technological interpretation of the organic law of dynamics pp. 55-58