Handover Authentication Scheme for Device-to-Device Outband Communication in 5G-WLAN Next Generation Heterogeneous Networks

Kumar, Amrendra; Om, Hari

doi:10.1007/s13369-018-3255-6

Cited by 23 publications

(24 citation statements)

References 20 publications

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“…Kumar et al [21] and He et al [22] have proposed energy cost evaluation, which considers that the maximum CPU power of devices (W) is approximately 10.88 Watts. The energy overhead was calculated as follows: ETotal = CCTotal × W, where CCTotal is the computational cost calculated and presented in Section 5.1.…”

Section: Energy Costmentioning

confidence: 99%

Mutual Authentication Protocol for D2D Communications in a Cloud-Based E-Health System

Lopes

Gondim

2020

Sensors

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The development of the Internet of Things (IoT) predicts several new applications, some of which are designed to be incorporated into e-health systems, and some technologies, like cloud computing and device-to-device communication (D2D), are promising for use in the support of resource-constrained devices employed in Mobile-health (m-health) and Telecare Medicine Information Systems (TMIS). In a scenario with billions of devices predicted for the IoT, it is essential to avoid performance and security problems, among others. Security is fundamental for the achievement of optimal performance regarding the sensibility of e-health shared data and, especially, the anonymity of patients and other entities, while it is also essential to consider the scarcity of bandwidth in wireless networks. This paper proposes a new mutual authentication protocol for m-health systems, which supports D2D communication, ensuring security and surpassing the performance and security of other authentication procedures reported in the literature. on communication channels, given a large number of new emerging devices. Therefore, computational costs must be reduced for the optimization of power resources.On the other hand, device-to-device (D2D) communication, commonly implemented by ad hoc wireless networks, enables patients' devices to connect directly to a medical entity to send health data collected by sensors and receive diagnoses faster than in the traditional way. The constant monitoring of patients and analyses of health reports are crucial for the avoidance of medical conditions, such as strokes and heart attacks, because the chances of a person being sick can be detected much faster.D2D communication provides a direct connection of devices with or without the intervention of traditional network infrastructure (e.g., 3rd Generation Partnership Project (3GPP) standards). Therefore, the ability to connect devices can provide data offload through nearby devices directly, thus reducing problems, such as congestion and scarcity of spectrum, and expanding network coverage by enabling devices to relay their data. D2D communication is promising for 5G technology and IoT due to its adaptation to support small and resource-constrained devices predicted by those two technologies. However, security schemes for D2D communication are still in the initial development stages, which require more research and studies for their improvement and consolidation, in addition to authentication and key agreement protocols adapted to them.D2D is suitable for e-health/m-health/TMIS since it can accelerate the transmission of data and provide a connection to devices located outside the coverage of 3GPP networks. This might be the key for the success of e-health/m-health/TMIS applications, because most data exchanged provide information on patients' health, e.g., heartbeat, blood sugar, and pressure, which is sensitive to delays for saving lives. Moreover, since e-health/m-health/TMIS devices are mostly resource-constrained, they require adapted traditional aut...

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Section: Energy Costmentioning

confidence: 99%

Mutual Authentication Protocol for D2D Communications in a Cloud-Based E-Health System

Lopes

Gondim

2020

Sensors

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“…Kumar et al presented a safe handover authentication scheme to be well suited for D2D communication in heterogeneous networks. This authentication scheme provides higher security in D2D communication when compared with other techniques.…”

Section: Related Workmentioning

confidence: 99%

Dynamic handover algorithm with interference cancellation in 5G networks for emergency communication

Kiruthika¹,

Sumathy²

2019

Int J Communication

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The integration of 5G networks with cognitive radio (CR) technology enables the software-defined networking (SDN) infrastructure to support emergency applications. In future, CR can be integrated with 5G and many wireless networks like Wi-Fi, WSN, and MANET for efficient spectrum utilization with higher data rate and lower latency. This CR technology allows unlicensed users to access the licensed spectrum, whenever it is free. In this paper, an efficient SDN architecture with cognitive ability for emergency network is proposed in which the SDN controller prolong communication between disaster victims and first responders and so the first responders can arrive at the spot directly and rescue the victims. The SDN controller has cognitive ability so that the victims can utilize the vacant licensed band to communicate with the first responders, thereby improving the spectrum utilization of the network.Another two main challenges during emergency are the occurrence of interference and link failure. The proposed dynamic handover algorithm with interference cancellation (DHAIC) cancels the interference between the nodes inside the network and performs dynamic handoff, whenever link failure occurs between the cluster head (CH) and the controller. An optimum throughput and minimal delay is achieved to ensure the network performance. KEYWORDScognitive radio (CR), emergency communication networks (ECN), interference cancellation, mobility management, software-defined networking (SDN) technology, so controlling the network task of different application is very difficult. Software-defined networks provide a better solution for simplifying the network tasks.Software-defined networking (SDN), an efficient framework integrated with 5G technology, 2 allows the present network administrators to dynamically manage and control the network resources without the need of tedious manual configuration. Here, the data plane and control plane get separated for improving the network performance. The open flow protocol of SDN enables the 5G network to be more flexible and reprogrammable.The spectrum should be efficiently utilized in 5G networks since the 5G network supports higher data rate with minimal delay. The cognitive radio is a technology 3 that paves the way for efficient utilization of spectrum by allowing unlicensed users to access the licensed spectrum. The licensed users are termed as primary users (PU) and the unlicensed users are termed as secondary users (SU). According to the Federal Communications Commission (FCC), the major portion of TV UHF band (470-590 MHz) is underutilized, ie, 100% of the TV UHF band is free, for at least 56.27% areas in the country. So to improve spectrum utilization, cognitive radio allows the unlicensed users to access the licensed spectrum whenever the spectrum is free. This improved spectrum utilization results in higher data rate with lower latency. | SDN-MANET architectureThe proposed SDN-MANET (software-defined networking-based MANET) architecture incorporates the technologies like 5G, cognit...

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“…the interference among the D2D users and the k CUs will be increased. Therefore, the coverage probability of D2D users P cov d β d is decreased resulting in decreasing the ASR according to (6) and (5). So, the huge number of D2D pairs cannot recompense the lack of D2D rate.…”

Section: Outage Probability Performancementioning

confidence: 99%

“…D2D communication can be characterised into two categories: in‐band D2D (where the D2D communication is in the licensed spectrum) and out band D2D (where the D2D communication is in the unlicensed spectrum). The in‐band D2D communication is divided into the underlay D2D [4] and the overlay D2D [5], whereas, the out‐band D2D communication is broken up into controlled [6] and autonomous [7].…”

Section: Introductionmentioning

confidence: 99%

Performance enhancement using multiple‐input multiple‐output (MIMO) electronic relay in massive MIMO cellular networks

et al. 2019

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Device-to-device (D2D) communication system is considered one of the most effective technology directions for solving the spectrum scarcity problem in 5G wireless communication. In this study, an electronic relay is proposed to be utilised in D2D communication. The electronic relay is a hybrid cooperative relay consisting of compress and forward relay with and without coding techniques, decode and forward relay and amplify and forward relay with variable gain. The selection of the most appropriate one has performed automatically according to the feedback channel state information. Additionally, the multipleinput multiple-output (MIMO) electronic relay with the multiuser and massive MIMO destination is introduced. The closed formulas of the outage probability for both cellular user and D2D transmission are derived. Furthermore, the analytical discussions for the proposed electronic relay are executed. Extensive MATLAB simulation programmes are executed to study the performance of the proposed system and to compare it with the conventional one. Moreover, the average sum rate is derived in terms of a number of electronic relay antennas and the D2D density through cellular networks.

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Handover Authentication Scheme for Device-to-Device Outband Communication in 5G-WLAN Next Generation Heterogeneous Networks

Cited by 23 publications

References 20 publications

Mutual Authentication Protocol for D2D Communications in a Cloud-Based E-Health System

Mutual Authentication Protocol for D2D Communications in a Cloud-Based E-Health System

Dynamic handover algorithm with interference cancellation in 5G networks for emergency communication

Performance enhancement using multiple‐input multiple‐output (MIMO) electronic relay in massive MIMO cellular networks

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