Title :
A Floating Backbone for Internet over the Ocean
Author :
Jaeger, Michael C. ; Gero, M.
Author_Institution :
Berlin Univ. of Technol., Berlin
Abstract :
Satellite-based Internet access, the preferred solution for remote locations on the ocean, either offers a low-bandwidth connection or is very expensive to deploy. A backbone structure that provides ocean-wide Internet coverage could provide an alternative to satellite uplinks. With a wide-area network forming a mesh of nodes using floating and moving objects as well as coastal facilities, the network would use next-generation long-range surface radio technology to provide medium- to high-bandwidth Internet access. To achieve high-bandwidth Internet access under these circumstances, the backbone must leverage state-of-the-art sensor network technology, autonomous routing mechanisms, and self-organizing abilities.
Keywords :
Internet; satellite communication; backbone structure; coastal facilities; floating backbone; low-bandwidth connection; medium-to high-bandwidth Internet access; next-generation long-range surface radio; ocean-wide Internet coverage; satellite uplinks; satellite-based Internet access; IP networks; Internet; Marine technology; Next generation networking; Oceans; Routing; Satellite broadcasting; Sea measurements; Sea surface; Spine; drift tolerant networks; mobile ad-hoc networks; wireless mesh networking;
Journal_Title :
Distributed Systems Online, IEEE
DOI :
10.1109/MDSO.2008.33