Secure dominating set-based routing protocol in MANET: Using reputation

Mohajer, Amin; Bavaghar, Maryam; Saboor, Rashin; Payandeh, Ali

doi:10.1109/iscisc.2013.6767346

Cited by 11 publications

(3 citation statements)

References 5 publications

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“…Mohajer et al [23] suggested a reputation based routing protocol that is based on CDS Connected Dominating Set (CDS) for mobile ad-hoc networks (MANETs). They also suggested a weight heuristic that can be applied to each node in MANET in order to choose CDS based on the use of the reputation value.…”

Section: Related Workmentioning

confidence: 99%

SUACC-IoT: secure unified authentication and access control system based on capability for IoT

Sivaselvan

Rajarajan

et al. 2022

Cluster Comput

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With the widespread use of Internet of Things (IoT) in various applications and several security vulnerabilities reported in them, the security requirements have become an integral part of an IoT system. Authentication and access control are the two principal security requirements for ensuring authorized and restricted accesses to limited and essential resources in IoT. The built-in authentication mechanism in IoT devices is not reliable, because several security vulnerabilities are revealed in the firmware implementation of authentication protocols in IoT. On the other hand, the current authentication approaches for IoT that are not firmware are vulnerable to some security attacks prevalent in IoT. Moreover, the recent access control approaches for IoT have limitations in context-awareness, scalability, interoperability, and security. To mitigate these limitations, there is a need for a robust authentication and access control system to safeguard the rapidly growing number of IoT devices. Consequently, in this paper, we propose a new secure unified authentication and access control system for IoT, called SUACC-IoT. The proposed system is based around the notion of capability, where a capability is considered as a token containing the access rights for authorized entities in the network. In the proposed system, the capability token is used to ensure authorized and controlled access to limited resources in IoT. The system uses only lightweight Elliptic Curve Diffie-Hellman Ephemeral (ECDHE), symmetric key encryption/decryption, message authentication code and cryptographic hash primitives. SUACC-IoT is proved to be secure against probabilistic polynomial-time adversaries and various attacks prevalent in IoT. The experimental results demonstrate that the proposed protocol's maximum CPU usage is 29.35%, maximum memory usage is 2.79% and computational overhead is 744.5 ms which are quite acceptable. Additionally, in SUACC-IoT, a reasonable communication cost of 872 bits is incurred for the longest message exchanged.

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Section: Related Workmentioning

confidence: 99%

SUACC-IoT: secure unified authentication and access control system based on capability for IoT

Sivaselvan

Rajarajan

et al. 2022

Cluster Comput

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“…The distribution of this composite variable S u follows an exponential function of parameter 𝜇. As a result, the surplus energy presented in this model can be expressed as (18):…”

Section: Uav Ruin Theorymentioning

confidence: 99%

A novel approach to QoS‐aware resource allocation in NOMA cellular HetNets using multi‐layer optimization

Mirzaei

2022

Concurrency and Computation

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The dense deployment of small cells is a key feature of the next-generation cellular networks aimed at providing the necessary capacity increase. But in such networks the problem of green networking will be of great importance, because the uncontrolled installation of too many cells may increase operational costs and emit more carbon dioxide. Nowadays, unmanned aerial vehicles (UAVs) offer an efficient approach to improve the quality, data rate, and meet the demanding performance requirements of applications in ultra-dense cellular networks. This article proposes a dynamic optimization model which minimizes the overall energy consumption of UAV cellular networks in addition to guarantying the essential coverage and capacity. The proposed model optimizes user association and power utility to meet users' QoS requirements with the highest level of energy efficiency (EE). For this purpose, the surplus energy pattern of UAVs is first mathematically formulated and then applied to calculate its ruin probability. In fact, the ruin probability denotes the vulnerability of a UAV when it runs out of energy. The ruin probability is used in the next step to efficiently connect every user to the UAVs. Also, power allocation is implemented for the applications to achieve the optimal value of the accessible network's data rate through the water-filling method. This model also performs coded routing in the multi-hop backhauls to efficiently use the existing infrastructure of the cooperative networks for coding dual-hop transmissions. The simulation results exhibit considerable network throughput and EE increase by 42% and 30%, respectively, for the proposed ruin-based energy-efficient approach in comparison with the conventional signal-to-interference/noise ratio-based schemes.

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“…Therefore, area coverage also can be considered as an important design parameter in wireless sensor networks. Since sensor nodes may produce considerable redundant data, the similarly produced data packets from numerous nodes can be integrated to reduce the number of transmissions [7]. Data integration is a combination of data from different sources based on a given integration function.…”

Section: -Introductionmentioning

confidence: 99%

Providing a New Smart Camera Architecture for Intrusion Detection in Wireless Visual Sensor Network

Sani¹,

Khatibi²

2023

jist

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The wireless Visual sensor network is a highly functional domain of high-potential network generations in unpredictable and dynamic environments that have been deployed from a large number of uniform or non-uniform groups within the desired area, cause the realization of large regulatory applications from the military and industrial domain to hospital and environment. Therefore, security is one of the most important challenges in these networks. In this research, a new method of routing smart cameras with the help of cloud computing technology has been provided. The framework in the cloud computing management layer increases security, routing, inter interaction, and other features required by wireless sensor networks. Systematic attacks are simulated by a series of standard data collected at the CTU University related to the Czech Republic with RapidMiner software. Finally, the accuracy of detection of attacks and error rates with the suggested NN-SVM algorithm, which is a combination of vector machines and neural networks, is provided in the smart cameras based on the visual wireless sensor networks in MATLAB software. The results show that different components of the proposed architecture meet the quality characteristics of visual wireless sensor networks. Detection of attacks in this method is in the range of 99.24% and 99.35% in the worst and best conditions, respectively.

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Secure dominating set-based routing protocol in MANET: Using reputation

Cited by 11 publications

References 5 publications

SUACC-IoT: secure unified authentication and access control system based on capability for IoT

SUACC-IoT: secure unified authentication and access control system based on capability for IoT

A novel approach to QoS‐aware resource allocation in NOMA cellular HetNets using multi‐layer optimization

Providing a New Smart Camera Architecture for Intrusion Detection in Wireless Visual Sensor Network

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