SUMP: a secure unicast messaging protocol for wireless ad hoc sensor networks

Janies, Jeff; Huang, Chin‐Tser; Johnson, Nathan L.; Richardson, Theodor

doi:10.1504/ijsnet.2007.014359

Cited by 8 publications

(2 citation statements)

References 13 publications

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“…Meanwhile, the reset of node M 1i , i ∈ [2, n-1] executes the same processes. Under a secure channel, the M 1i securely unicasts (Janies et al, 2007) the taken out result to BS 1 . Figure 4➁ depicts the processes.…”

Section: The Proposed Key Agreement Using the Hierarchy-based Cluster Elliptic Curve Hceckamentioning

confidence: 99%

Integrate the hierarchical cluster elliptic curve key agreement with multiple secure data transfer modes into wireless sensor networks

Lin

2021

Connection Science

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Since sensor nodes in wireless sensor networks or Internet of things have limited resources, achieving secure data transmissions among nodes is a challenge. Hence, efficient key management schemes with lightweight ciphers are essential. Many asymmetric keys or public key mechanisms have been developed. However, they are unsuitable for secure group communications in wireless sensor networks, because sensor nodes are usually devoid of sufficient memory, CPU and bandwidth to deal with complex operations. In addition, only a few group key agreements are integrated into secure data transmissions. Therefore, a key agreement using the hierarchy-based cluster elliptic curve key agreement named HCECKA is proposed in this study to deal with secure data transmissions in wireless sensor networks. The presented security mechanism relies on elliptic curves instead of logarithmic curves, and utilises a lesser key length to accomplish similar security classification than Diffie-Hellman and Rivest Shamir Adleman cryptosystems. Simultaneously, the proposed scheme provides a rapid, efficient and dynamic group key synchronisation technique in plenty of sensor nodes with no need for reorganising the whole system key if members join or leave wireless sensor networks.

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Section: The Proposed Key Agreement Using the Hierarchy-based Cluster Elliptic Curve Hceckamentioning

confidence: 99%

Integrate the hierarchical cluster elliptic curve key agreement with multiple secure data transfer modes into wireless sensor networks

Lin

2021

Connection Science

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“…Note that an early short version of this paper was presented in a conference . There are also some related papers in .…”

Section: Introductionmentioning

confidence: 99%

Cipher feedback mode under go‐back‐N and selective‐reject protocols in error channels

Liang

Xiao

Özdemir

et al. 2012

Security Comm Networks

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To produce ciphertexts, two modes of encryption are applied-block ciphers, which encrypt a fixed size block of plaintext at a time, and stream ciphers, which encrypt stream data, one or more bits at a time. As one of stream ciphers, the cipher feedback (CFB) mode is implemented by a block cipher via multiple stages, and in each stage, 1 bit or a number of bits of plaintext are encrypted at a time. Throughout this paper, the study will focus upon the error performance of the stream-based CFB under two sliding-window protocols, go-back-N and selective-reject, in an error channel in terms of throughput. We model the performance of the CFB in terms of application-level throughput and derive the number of stages needed to achieve the optimal throughput, under a given error rate in an error channel.

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GlobalView: building global view with log files in a distributed/networked system for accountability

Xiao

Yue

et al. 2011

Security Comm Networks

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In this work, we will illustrate our attempt to exploit log files that are recorded locally on each node in a distributed system or a wired/wireless network. In order to improve the efficiency of retrieving data, we propose the idea of building a global view of the system with a clustered log‐collecting scheme; this would help the monitoring node gain a whole view of the system by building up and maintaining high‐level log files. We also introduce an efficient, tamper‐evident scheme to detect whether a local flow‐net has been deliberately compromised. We provide both simulation results and implementation of the proposed scheme on Emulab, a network testbed. Copyright © 2011 John Wiley & Sons, Ltd.

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SUMP: a secure unicast messaging protocol for wireless ad hoc sensor networks

Cited by 8 publications

References 13 publications

Integrate the hierarchical cluster elliptic curve key agreement with multiple secure data transfer modes into wireless sensor networks

Integrate the hierarchical cluster elliptic curve key agreement with multiple secure data transfer modes into wireless sensor networks

Cipher feedback mode under go‐back‐N and selective‐reject protocols in error channels

GlobalView: building global view with log files in a distributed/networked system for accountability

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