FIBER-WIRELESS FIWI ACCESS NETWORKS A SURVEY PDF

AccessNets : AccessNets pp Cite as. A plethora of enabling optical and wireless technologies have been emerging that can be used to build future-proof bimodal fiber-wireless FiWi broadband access networks. Throughout the paper we pay close attention to the technical challenges and opportunities of FiWi networks, but also elaborate on their societal benefits and potential to shift the current research focus from optical-wireless networking to the exploitation of personal and in-home computing facilities to create new unforeseen services and applications as we are about to enter the Petabyte age. Unable to display preview.

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AccessNets : AccessNets pp Cite as. A plethora of enabling optical and wireless technologies have been emerging that can be used to build future-proof bimodal fiber-wireless FiWi broadband access networks.

Throughout the paper we pay close attention to the technical challenges and opportunities of FiWi networks, but also elaborate on their societal benefits and potential to shift the current research focus from optical-wireless networking to the exploitation of personal and in-home computing facilities to create new unforeseen services and applications as we are about to enter the Petabyte age.

Unable to display preview. Download preview PDF. Skip to main content. This service is more advanced with JavaScript available. Advertisement Hide. International Conference on Access Networks.

Conference paper. This is a preview of subscription content, log in to check access. Koonen, T. Cioffi, J. Green, P. Shinohara, H. Koike, Y. Ramaswami, R. Chu, T. Wu, J. Tang, P. Lethien, C. Lin, C. Dang, B. In: Proc. Kalantarisabet, B. European Conference on Wireless Technology, pp. Henry, P. Jia, Z. Kazovsky, L. Kuran, M. Lannoo, B. Lin, W.

Bhandari, S. Shaw, W. Shen, G. Maier, M. McGarry, M. The Petabyte Age. WIRED, p. Carr, N. Personalised recommendations. Cite paper How to cite? ENW EndNote. Buy options.

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By combining the capacity of optical fiber networks with the ubiquity and mobility of wireless networks, FiWi networks form a powerful platform for the support and creation of emerging as well as future unforeseen applications and services, e. FiWi networks hold great promise to change the way we live and work by replacing commuting with teleworking. This not only provides more time for professional and personal activities for corporate and our own personal benefit, but also helps reduce fuel consumption and protect the environment, issues that are becoming increasingly important in our lives. The research work project will not only be restricted to the above mentioned research areas, but also covers all related research areas on the future bimodal communications provided by FiWi broadband access networks. Chadi M. Ghazisaidi, M.

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Fiber-Wireless (FiWi) Broadband Access Networks in an Age of Convergence: Past, Present, and Future

Furthermore, we discuss service, application, business, and operation related aspects, which motivate access technology to move into a substantially different direction in the long run than continued capacity provisioning. Given that most 4G cellular mobile network researches so far have been focusing on the achievable performance gains in the wireless front-end only without looking into the details of backhaul implementations and possible backhaul bottlenecks, we identify open key research challenges for FiWi broadband access networks. According to the Federal Communications Commission FCC , broadband enables individuals and enterprises to access a wide range of resources, services, and products related to education, culture, entertainment, telemedicine, e-commerce, public safety, and homeland security. In a detailed study carried out by the Organisation for Economic Cooperation and Development OECD [ 1 ] it was shown that the impact of providing residential and business subscribers with broadband access is manifold. Among others, broadband enables the emergence of business models, processes, and inventions as well as improved goods and services. Furthermore, broadband increases competitiveness and flexibility in the economy by the increased diffusion of information at lower cost and by improving market access to increasingly larger markets. Figure 1 a shows the fixed wired and wireless access technologies used by broadband subscribers in

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Fiber-wireless (FiWi) access networks: A survey

This website uses cookies to deliver some of our products and services as well as for analytics and to provide you a more personalized experience. Click here to learn more. By continuing to use this site, you agree to our use of cookies. We've also updated our Privacy Notice. Click here to see what's new. Integrated fiber-wireless FiWi access networks provide a powerful platform to improve the throughput of peer-to-peer communication by enabling traffic to be sent from the source wireless client to an ingress optical network unit ONU , then to the egress ONU close to the destination wireless client, and finally delivered to the destination wireless client. Such wireless-optical-wireless communication mode introduced by FiWi access networks can reduce the interference in wireless subnetwork, thus improving network throughput.

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