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Information × Registration Number 0217U001431, 0115U002432 , R & D reports Title Scalability improving of technological solutions in converged telecommunication systems with quality of service popup.stage_title Head Yevsieieva Oksana, Registration Date 14-02-2017 Organization Kharkov national university of radioelectronics popup.description2 The object of research is the development of methods and analysis processes and techniques of engineering technology solutions, providing quality service in convergent telecommunication systems. The subject of research are the methods and engineering techniques improve the scalability of technology while ensuring service quality in convergent telecommunication systems. The purpose of research is to study and develop methods and engineering techniques improve the scalability of technology while ensuring service quality in convergent telecommunication systems. Methods: mathematical model of TCP-connections in the form of an ensemble of nonlinear mathematical pendulum, in which each TCP-connection Acts as a single pendulum. During the development of hierarchical coordination of models and methods of increasing the scalability of routing and queuing on the TCS nodes converged with guaranteed Quality of Service (Content Delivery Network, P2P, and combinations thereof) played a pivotal role in the network model as a set of linear algebraic equations, and optimization techniques. With a view to the optimal solution management problems and virtualization in a service-oriented networks used dynamic mathematical model in state space. In the development of methods to increase the scalability of cognitive radio network in the framework of convergent telecommunication systems through optimal allocation of frequency resources are used in a mathematical model of balanced management of time-frequency resources in LTE networks. The set of methods developed and engineered to enhance the scalability techniques while ensuring quality of service in a converged telecommunication systems, can be widely used in both the design of new telecommunications networks in the framework of the NGN architecture and improvement of existing telecommunications networks during their transition to the granting or extension of the list of guaranteed quality of service, and the development of new systems and protocols for monitoring the state of TCS in the development of new network management platforms and traffic management protocols and services (routing protocols, queuing, access control, backup, sharing proprietary information, etc.). Product Description popup.authors Євдокименко Марина Олександрівна Євсєєва Оксана Юріївна Єременко Олександра Сергіївна Лемешко Олександр Віталійович Невзорова Олена Сергіївна Ткачова Олена Борисівна popup.nrat_date 2020-04-02 Close