Title :
Completing the convergence puzzle: a survey and a roadmap
Author :
Meddour, Djamal-Eddine ; Javaid, Usman ; Bihannic, Nicolas ; Rasheed, Tinku ; Boutaba, Raouf
Author_Institution :
Orange Labs., Waterloo Univ., Waterloo, ON
fDate :
6/1/2009 12:00:00 AM
Abstract :
Convergence has more than ever been a central issue for fixed and mobile operators throughout the world and is considered to be the next big step in the evolution of telecommunication networks. Convergence opens new market opportunities and competition among network operators and above all offers enhanced user experience. Multimode handsets and the proliferation of terminals and access technologies are generating increasing demands for solutions that enable convergence, seamless handover, and transparent service delivery across heterogeneous access networks. Different strategies are available for operators, depending on the services they intend to deliver to their customers, from basic commercial convergence limited to unified billing for Fixed/Mobile/Internet up to in-dept network convergence covering new applications and services. This article surveys different technologies which offer seamless handover and converged access to mobile voice, video, and data services. It provides first the different network parts involved in defining the operator global convergence strategy and then surveys different technologies which achieve this step-by-step convergence. We present the main features of these technologies and discuss their limitations and potentials to enable convergence in heterogeneous networks. We also provide a personal stance as to the emergence of these technologies and our vision towards the long term converged telecommunication networks.
Keywords :
mobile communication; subscriber loops; telecommunication networks; heterogeneous access networks; network convergence; seamless handover; telecommunication networks; transparent service delivery; 3G mobile communication; Bluetooth; Communications technology; Context; Convergence; Costs; Digital video broadcasting; GSM; Mobile communication; WiMAX;
Journal_Title :
Wireless Communications, IEEE
DOI :
10.1109/MWC.2009.5109468