沿海捕鱼的海洋宽带框架

M. Wada, K. Hatanaka, M. Toda, M. Sano
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引用次数: 1

摘要

本报告介绍了为提高商业捕鱼作业的生产力和安全而建造的一种海洋宽带框架-无线局域网沿海通信系统。该报告提出的海洋宽带框架是一种无线通信网络,可以在小型渔船作业的沿海地区以快速的xDSL传输速度以低成本维持常规互联网连接。无线局域网系统使用符合IEEE802.11j规范的OWS 2400 (Strix Systems, Inc.)。使用小型渔船和渡轮进行的初步试验表明,无线局域网连接可以保持在10,000米的范围内,实际吞吐量约为6,000 Kbps。该试验之后,使用科学研究船对服务区域内的传输质量进行了详细评估。结果发现,在距离固定基站14000米的范围内,接收信号为- 90dbm或更高的稳定传输得以保持。此外,在距离车站约2,000米的范围内,实际吞吐量可达8,000 Kbps及以上,在距离车站约12,000米的范围内,实际吞吐量可达4,000 Kbps及以上。因此,这些试验证实了采用IEEE802.11j规范的无线局域网可以在沿海地区以xDSL传输速度构建海洋宽带通信框架。
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Marine Broadband Framework for coastal fishings
This report provides an account of a ldquomarine broadband frameworkrdquo wireless LAN coastal communication system constructed for the purpose of improving productivity and safety of commercial fishing operations. The marine broadband framework proposed in this report is a wireless communication network that can maintain a regular Internet connection at fast xDSL transmission speeds for low cost in coastal areas worked by small fishing vessels. The wireless LAN system uses an OWS 2400 (Strix Systems, Inc.) with IEEE802.11j specifications. An initial trial using small fishing vessels and ferries demonstrated that a wireless LAN connection could be maintained within a range of 10,000 m, along with actual throughput of around 6,000 Kbps. This trial was followed by a detailed assessment of transmission quality within the service area using a scientific research vessel. As a result, it was found that stable transmission with a receiving signal of -90 dBm and higher was maintained within a range of 14,000 m from a stationary base station. Additionally, actual throughput of 8,000 Kbps and higher from within about 2,000 m of a station, and 4,000 Kbps and higher from within about 12,000 m of a station was also confirmed. Consequently, these trials confirmed that a wireless LAN network with IEEE802.11j specifications can be used to construct a marine broadband communication framework in coastal regions with xDSL transmission speeds.
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