基于可逆数字水印认证的无线传感网数据融合协议

doi:10.11959/j.issn.1000-436x.2018046

Abstract

Abstract:

For the contradiction between high energy consumption of WSN privacy protection algorithm and constrained resources of sensor network,a recoverable data fusion protocol that ensures data integrity and confidentiality based on reversible digital watermarking and homomorphic encryption technology was proposed.On the one hand,the data from the sensor was embedded by the difference expansion method by using the reversible digital watermarking technique,and original data could be recovered by using a reversible watermark to ensure the integrity check of the fusion data when the fusion data were destroyed.On the other hand,elliptic curve homomorphic encryption encrypted data to prevent sensor data from being perceived during data transmission.Security results show that the proposed protocol performs well against cluster head node compromise as well as tampering from an attack.Performance analysis shows that the protocol has significant advantages over other algorithms in terms of computation,communication overhead and propagation delay.The experimental results show that the protocol has a low resource overhead and improves network performance.

Key words: reversible digital watermarking, homomorphic encryption, integrity authentication, data recovery

CLC Number:

TP393

Wenxian JIANG,Zhenxing ZHANG,Jingjing WU. Reversible digital watermarking-based protocol for data integrity in wireless sensor network[J]. Journal on Communications, 2018, 39(3): 118-127.

Figures/Tables 13

References 20

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协议	感知节点	簇头
RCDA	1 M+1 H	(m?1)A
RPIDA	1H	(m?1)XOR
RDWPDI	<<(m?1)XOR+RC4	RC4

仿真参数选项	参数设定值
簇内路由协议	汇聚树协议
基站设置位置	(50,50)
噪声水平	?105.0 dBm
节点间最小距离	≥1 m
高斯白噪声	4.0 dB
拓扑类型	随机

方案	数字水印	数据融合	同态加密	椭圆曲线加密	数字签名
RDWPDI	√	√	√	√	—
RCDA	—	√	√	√	√
RPIDA	√	√	√	√	—
ECEG	—	√	√	√	—

簇头数量	非融合时延/ms	RDWPDI/ms
1	3 458.27	10 290.5
5	2 984.94	8 831.77
10	1 733.44	4 161.58
20	1 561.38	3 601.15
30	1 321.38	2 818.3
50	915.95	1 761.39
70	708.64	1 084.6
80	538.23	862.77
90	409.72	655.82

Reversible digital watermarking-based protocol for data integrity in wireless sensor network

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