Design Dimensioning And Optimization Of 4g5g Wireless Communication Networks Mariusz Głąbowski by Mariusz Głąbowski, Haris Gacanin, Ioannis Moscholios, And Piotr Zwierzykowski instant download after payment.

Designing, dimensioning, and optimization of communication networks have been an inseparable part of the development of telecommunications and information infrastructure from the very beginning of their existence. These networking problems have changed substantially over the recent years as a result of the changes in the telecommunications area towards 4G/5G wireless multiservice networks and mobile communications, as well as networks convergence. Each and every newly introduced type of radio network technology is followed by a substantial increase in both the number and the complexity of problems that need to be resolved by theoreticians and engineers. No matter what these developing changes may bring, the essential tasks for 4G/5G wireless communication networks remain the same:(1) to develop new technologies offering increasing radio network capacity, (2) to determine and evaluate the relationship between the quality of service (quality of experience) parameters and the parameters characterizing traffic sources (services),(3) to control and optimize the usage of radio network resources, (4) to enhance the capabilities of data transport, transmission, and reception between end users and the core network.
These tasks provide a basis for developing engineering algorithms and tools used for designing, analysis, dimensioning, and optimization of wireless systems and networks.
The objective of this special issue, containing 11 papers selected from submissions to the open call for papers, was to bring together the state-of-the-art research contributions that address challenges in 4G/5G radio networks design, dimensioning, and optimization.