A survey of converging solutions for heterogeneous mobile networks
In 5G systems, the current machine-tomachine communications using Wi-Fi or Bluetooth
provide a good opportunity to dramatically increase overall performance. Converged mobile …
provide a good opportunity to dramatically increase overall performance. Converged mobile …
State of the art and further development of information and communication systems
M Klymash, O Lavriv, T Maksymyuk… - … Radio Electronics & …, 2016 - ieeexplore.ieee.org
State of the art and further development of information and communication systems Page 1
State of the Art and Further Development of Information and Communication Systems MyNhailo …
State of the Art and Further Development of Information and Communication Systems MyNhailo …
Deep learning based adaptive handover optimization for ultra-dense 5G mobile networks
B Shubyn, N Lutsiv, O Syrotynskyi… - 2020 IEEE 15th …, 2020 - ieeexplore.ieee.org
An overview is devoted to the automation of fifth-generation mobile communications based
on the use of artificial intelligence. We suggest using GRU recurrent neural networks, as …
on the use of artificial intelligence. We suggest using GRU recurrent neural networks, as …
[PDF][PDF] Stochastic Geometry Models for 5G Heterogeneous Mobile Networks.
T Maksymyuk, M Brych, V Pelishok - Smart Comput. Rev., 2015 - researchgate.net
Next generation wireless networks are expected to provide thousand times higher capacity
comparing to existing LTE (Long Term Evolution) networks. Increasing of network capacity …
comparing to existing LTE (Long Term Evolution) networks. Increasing of network capacity …
Cooperative channels allocation in unlicensed spectrum for D2D assisted 5G cellular network
T Maksymyuk, M Brych, M Klymash… - 2017 2nd International …, 2017 - ieeexplore.ieee.org
LTE-Unlicensed (LTE-U), has shown a great potential to boost the capacity of cellular
networks. However, in most countries, implementation of LTE-U requires additional listen …
networks. However, in most countries, implementation of LTE-U requires additional listen …
Fractal geometry based resource allocation for 5G heterogeneous networks
T Maksymyuk, M Brych… - 2015 Second International …, 2015 - ieeexplore.ieee.org
In future dense heterogeneous networks (HetNet) with massive data transmission from
multiple devices, load balancing problem becomes more important due to higher variability …
multiple devices, load balancing problem becomes more important due to higher variability …
Deployment strategies and standardization perspectives for 5G mobile networks
Rapid growing of mobile communications market, driven by continuous development of new
technologies, results in significant increasing of traffic demands. New powerful user's …
technologies, results in significant increasing of traffic demands. New powerful user's …
Quasi-quadrature modulation method for power-efficient video transmission over LTE networks
New emerging services, such as real-time video streaming or video on demand, are causing
rapid growth in packet transmission over wireless networks. Unlike voice calls, for which the …
rapid growth in packet transmission over wireless networks. Unlike voice calls, for which the …
Game theoretical framework for multi-operator spectrum sharing in 5G heterogeneous networks
T Maksymyuk, M Brych, Y Klymash… - … and Technology (PIC …, 2017 - ieeexplore.ieee.org
Spectrum scarcity is one of the most important problems in modern mobile networks. In order
to satisfy continuously increasing traffic demands, new approaches are needed to improve …
to satisfy continuously increasing traffic demands, new approaches are needed to improve …
Fractal modeling for multi-tier heterogeneous networks with ultra-high capacity demands
T Maksymyuk, M Brych, I Strykhalyuk, M Jo - SmartCR, 2015 - dbpia.co.kr
Technology evolution and business interest to emerging IoT concept are driving the rapid
development of advanced applications. Multitude of Internet connected devices and things …
development of advanced applications. Multitude of Internet connected devices and things …