PCSM: an efficient multihop proximity aware clustering scheme for mobile peer-to-peer systems

Rahmani, Moufida; Benchaïba, Mahfoud

doi:10.1007/s12652-018-0808-1

Cited by 13 publications

(6 citation statements)

References 31 publications

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“…For this purpose, the authors in [60] presented a Light Weight Efficient Cluster (LWEC) based routing model for MANETs in which the life of cluster-head is prolonged by reducing the unnecessary load. Also, an efficient multi-hop proximity aware clustering scheme for mobile P2P systems (PCSM) is presented in [61] which based on the physical proximity of peers. This strategy aims at reducing the gap between the overlay of P2P and the network layer.…”

Section: Comparison Of the Recent Approaches Regarding Manetsmentioning

confidence: 99%

Notice of Violation of IEEE Publication Principles: Clustering Schemes in MANETs: Performance Evaluation, Open Challenges, and Proposed Solutions

2020

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Mobile ad hoc networks (MANETs) have recently received a lot of attention from researchers due to their ease of deployment and versatility. Clustering is one of the most efficient ways to coordinate routing in MANETs to improve network performance using different attributes and metrics. In this paper, the authors have extensively studied clustering schemes and divided the schemes into multiple types based on the Cluster Head (CH) selection criteria, which provides a good understanding of how each type of clustering algorithm differs from each other. The authors analyzed the performance of existing schemes based on the quality of service (QoS) metrics. Based on findings, the authors clarified some important tradeoffs between QoS metrics and also established some important factors influencing the efficiency of clustering schemes. These studies also contain open research challenges and proposed solutions to improve the performance of clustering schemes. INDEX TERMS Clustering, cluster head, MANETs, protocol and schemes.

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Section: Comparison Of the Recent Approaches Regarding Manetsmentioning

confidence: 99%

Notice of Violation of IEEE Publication Principles: Clustering Schemes in MANETs: Performance Evaluation, Open Challenges, and Proposed Solutions

2020

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“…The compound characteristic data since dissimilar sensor nodes can be received via adaptive weighted evidence theory. Rahmani and Benchaïba (2019) introduced Mobile peerto-peer method depends on the physical proximity of peers as well as dilutes the divergence among the peer overlay as well as the system layer. It incorporates three components to permit the peer to economically choose the cluster to connect, explicitly the amount of physical hops as well as the accessibility.…”

Section: Introductionmentioning

confidence: 99%

RETRACTED ARTICLE: Improving spectral efficiency and low latency in 5G framework utilizing FD-MIMO

Nishanthi

Ramamurthy

2020

J Ambient Intell Human Comput

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Multiple input-multiple output (MIMO), massive MIMO, full-dimension MIMO (FD-MIMO) are the most recent remote advancements, which structure the purpose of takeoff for long term evolution systems. FD-MIMO is the promising technology proposed in the Third Generation Partnership Project to the transformation for the fifth-generation wireless communication schemes. FD-MIMO tramples several practical challenges imposed by massive MIMO systems such as interference, hardware limitations by the use of 2D active antenna array system which provides beam-forming in both azimuths as well as elevation domains in three-dimensional space. The traditional construction of big-scale planar arrays maximizes the spatial correlation is addressed using the dynamic device specific single down tilt beam-forming which minimizes the signal to interference ratio. That is further reduced by using FD-MIMO with incremental Redundancy and Regression monitoring techniques formulated as soft combining strategies. In this paper, the simulation results show maximizing of the minimum signal-to-interference ratio, spectral efficiency improvement and minimizing packet transmission time between eNodeB. Also, user equipment utilizing incremental redundancy shifting, hybrid automatic repeat request and regression monitoring strategies using network simulator 3.

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“…Amirazodi et al 17 proposed an adoptive super-peer selection approach based on peers' capacity that is computed locally through learning automata. Recently, Rahmani et al 18 developed a proximity-based cluster overlay for mobile peer-to-peer systems to minimize communication overhead and network traffic.…”

Section: Related Workmentioning

confidence: 99%

Enhancing quality of experience using peer‐to‐peer overlay on device‐to‐device communications

Tetarave

Tripathy

Ghosh

2020

Int J Communication

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Summary With the recent development of LTE‐A/5G technologies, data sharing among mobile devices offer an attractive opportunity to reduce Internet access. However, it requires smart strategies to share the data with low trade‐offs in time, cost, and energy. Several existing schemes offer a super‐peer‐based two‐tier model using a distributed hash table (DHT) organization for smart devices having device‐to‐device (D2D)/Bluetooth/WiFi capabilities. The primary focus of these schemes has been to reduce Internet usage by increased D2D content sharing. However, the real challenge is not in creating a two‐tier model, but evolving an efficient overlay that offers enhanced opportunities for D2D content sharing over the existing model. In this paper, we formulated a P‐median‐based selection of tier‐1 devices in a distribution network and solved it using the Lagrangian relaxation method. The tier‐2 devices become clients seeking content sharing services from tier‐1 devices. A strong motivation in this work is to raise a user's perception of the grade of service known as quality of experience (QoE). We analyzed the challenge for QoE assessment in resource‐constrained smartphones under the proposed model of enhanced D2D communication. Our focus is to establish a framework to evaluate QoE for applications and services over LTE‐A/5G networks with an improved D2D communication level. The simulation and the experimental results validate the claim that substantial improvements in QoE are possible with the proposed mathematical model for selecting and placing tier‐1 mobile devices and maintaining a DHT for D2D communication.

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PCSM: an efficient multihop proximity aware clustering scheme for mobile peer-to-peer systems

Cited by 13 publications

References 31 publications

Notice of Violation of IEEE Publication Principles: Clustering Schemes in MANETs: Performance Evaluation, Open Challenges, and Proposed Solutions

Notice of Violation of IEEE Publication Principles: Clustering Schemes in MANETs: Performance Evaluation, Open Challenges, and Proposed Solutions

RETRACTED ARTICLE: Improving spectral efficiency and low latency in 5G framework utilizing FD-MIMO

Enhancing quality of experience using peer‐to‐peer overlay on device‐to‐device communications

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