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引用次数: 2
摘要
在去年的论文中提出的SASN(船舶区域传感器网络)模型进行了深入的考虑。为了提高船舶区域舱壁无线传感器网络部分的QoS,本文考虑了包头压缩技术作为一种方法。由于SASN的特点,无线传感器节点在初始安装时几乎固定在特定位置,因此传感器节点传输的数据是连续的,与之前的数据包相比差异很小。因此,在SASN中使用包头压缩技术是有用的。介绍了报文报头压缩技术的发展趋势,并介绍了有效载荷报头抑制(PHS)、鲁棒报头压缩(ROHC)和IPv6 over Low power Wireless Personal Area Network报头压缩(6LoWPAN HC)等著名的报头压缩技术的特点。此外,仿真显示了PHC, ROHC和6LoWPAN HC在两种不同误码率(BER)下的吞吐量性能比较,以考虑可疑情况。根据仿真结果,我们考虑了适合SASN的包头压缩技术。
Wireless packet header compression techniques for Ship Area Sensor Network(SASN)
There is deep consideration of the proposed SASN(Ship Area Sensor Network) model in last year's paper. For higher QoS of wireless sensor network part in the bulkhead of ship area, packet header compression techniques are considered as a method in this paper. Due to characteristic of SASN that wireless sensor nodes are almost fixed at specific position in initial installation because of that, sensor nodes transmit consecutive data with small difference compared to previous packet. Therefore it is useful to use packet header compression techniques to SASN. We introduce trend of packet header compression techniques and describe the characteristics of some well-known compression techniques which are Payload Header Suppression(PHS), Robust Header Compression(ROHC) and IPv6 over Low power Wireless Personal Area Network Header Compression(6LoWPAN HC). Also there is simulation showing throughput performance comparison of PHC, ROHC and 6LoWPAN HC in two different BER(Bit Error Rate) for consideration of suspicious circumstance. From the simulation result, we consider suitable packet header compression techniques for SASN.