Title :
Integrated telecommunication technology for the next generation networks
Author :
Tikhonov, V.I. ; Vorobiyenko, P.P.
Author_Institution :
A.S. Popov Odesa Nat. Acad. of Telecommun., Ukraine
Abstract :
The paper focuses researches on next generation network (NGN) convergence. A set of comprehensive data-transfer axioms premise holistic approach to benefit diverse packet-to-circuit switching techniques. A novel dynamic flow switching (DFS) method introduced to facilitate digital telecommunication channels along with appropriate multipurpose network meta-protocol (MNP). The tenets of integrated telecommunication technology (ITT) platform developed for the transport stratum in ITU-T model of NGN. Two-dimensional quality of service (QoS) palette and related cost-to-quality ratio (CQR) function proposed for multimedia traffic control. An elastic ITT-address system originated for ITT-platform to meet the challenge of Internet-scope expansion. The paper intends to contribute future network engineering.
Keywords :
Internet; circuit switching; data communication; multimedia communication; next generation networks; packet switching; protocols; quality of service; telecommunication congestion control; 2D QoS; CQR function; DFS method; ITU-T model; Internet scope expansion; NGN; cost-to-quality ratio; data transfer axiom premise holistic approach; digital telecommunication channel; dynamic flow switching; elastic ITT-address system; integrated telecommunication technology; multimedia traffic control; multipurpose network metaprotocol; next generation network; packet to circuit switching technique; quality of service; Abstracts; Bit rate; Next generation networking; Quality of service; Switches; Switching circuits; dynamic flow switching; integrated telecommunication technology; next generation network;
Conference_Titel :
ITU Kaleidoscope: Building Sustainable Communities (K-2013), 2013 Proceedings of
Conference_Location :
Kyoto
Print_ISBN :
978-1-4673-4676-4
