Content Delivery Platform on ITS Road-Vehicle Communication System Based on Radio over Fiber(Network)
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概要
- 論文の詳細を見る
In this paper, we propose a new content delivery platform on the ITS (Intelligent Transport Systems) road-vehicle communication system on the basis of ROF (Radio over Fiber). The platform is strongly motivated by the ROF communication system capabilities of (1) broad-band access, (2) integrated multiple service transmission interface, and (3) simultaneous use of a single and downsized vehicle terminal shared among multiple services based on a multi-mode software radio system. Content is delivered on per reservation basis, as is carefully envisaged as a primary service which is subjected to immaturity of early ITS road-vehicle communication systems, and is provided in limited service areas such as parking on main highways. After the reservation, requested content is stored in a cache connected to a ROF local station via optical fiber. At the designated time, the content is delivered from the cache to a target terminal by way of the ROF local station at high-speed. It can also be done by moving the content from the cache to another cache depending on the target terminal location in a flexible and reliable manner, even if the target terminal could not reach the place at the time designated in the reservation. Such flexibility and reliability are required for consequent practical application, and are provided using information given in the reservations. We implement a preliminary system to evaluate the proposed platform from the viewpoints of (1) processing time from logging into the system for a reservation to delivering content to the target terminal and (2) amount of control traffic required for the delivery. The results show that the proposed platform in which content is delivered from a cache connected with a ROF local station distributed geographically is effective. We also evaluate content delivery throughput using the system connected with an actual ROF local station, and show that the effective throughput is 40 Mbps and the proposed platform is a promising ITS service platform. The paper concludes by discussing future study toward realizing a more promising and practical system.
- 社団法人電子情報通信学会の論文
- 2004-02-01
著者
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Kojima Fumihide
Communications Research Laboratory Independent Administrative Institution
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Kojima Fumihide
Communications Research Laboratory
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Horiuchi Hiroki
KDDI R&D Laboratories Inc.
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Sato Katsuyoshi
Communications Research Laboratory
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FUJISE Masayuki
Communications Research Laboratory
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YOSHIHARA Kiyohito
KDDI R&D Laboratories Inc.
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Yoshihara Kiyohito
Kddi R & D Laboratories Inc.
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Horiuchi Hiroki
Kddi R & D Laboratories Inc.
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