Capacity analysis for broadband communications on sea

R. Raulefs, Wei Wang, A. Rodriguez, A. Dammann
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引用次数: 1

Abstract

Maritime communication currently changes from analog to digital in the VHF band. The limited bandwidth of 100 kHz in the VHF band results in low data rates of a maximum of 100 kbit/s in a region of several of to 70 kilometers. Alternative solutions could be the access to 3G or 4G cellular communication systems which offer data rates of up to tens of megabits. However, these access schemes are designed for a very limited coverage of several hundreds of meters for mobile users and are seldom available on the sea. Therefore, in the ITS band at 5, 85 GHz a broadband channel of 20 MHz is defined for maritime applications. In this paper we analyze the communication capacity depending on the different antenna heights and different distances between transmitter and receiver.
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海上宽带通信容量分析
目前海上通信在甚高频频段由模拟向数字转变。VHF频段100khz的有限带宽导致在几公里到70公里的区域内数据速率最高为100kbit /s。另一种解决方案可能是接入3G或4G蜂窝通信系统,这些系统提供高达数十兆比特的数据速率。然而,这些接入方案是为移动用户设计的,覆盖范围非常有限,只有几百米,而且很少在海上可用。因此,在5.85 GHz的ITS频段,为海事应用定义了20 MHz的宽带信道。本文分析了不同天线高度和不同收发距离对通信容量的影响。
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