Adaptive backbone-based multicast for ad hoc networks

Jaikaeo, Chaiporn; Shen, Chien-Chung

doi:10.1109/icc.2002.997417

Cited by 46 publications

(50 citation statements)

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“…The cluster-head election algorithm can be used from [12,27]. In this work, HEED protocol, which proposed by Younis et al [27], considers the residual energy and degree of a node to determine which node can be the cluster-head, so the cluster-head can stably operate.…”

Section: Basic Ideas and Challengesmentioning

confidence: 99%

HVE-mobicast: a hierarchical-variant-egg-based mobicast routing protocol for wireless sensornets

et al. 2009

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In this paper, we propose a new mobicast routing protocol, called the HVE-mobicast (hierarchical-variantegg-based mobicast) routing protocol, in wireless sensor networks (WSNs). Existing protocols for a spatiotemporal variant of the multicast protocol called a "mobicast" were designed to support a forwarding zone that moves at a constant velocity, − → v , through sensornets. The spatiotemporal characteristic of a mobicast is to forward a mobicast message to all sensor nodes that are present at time t in some geographic zone (called the forwarding zone) Z, where both the location and shape of the forwarding zone are a function of time over some interval (t start , t end ). Mobicast routing protocol aims to provide reliable and just-in-time message delivery for a mobile sink node. To consider the mobile entity with the different moving speed, a new mobicast routing protocol is investigated in this work by utilizing the cluster-based approach. The message delivery of nodes in the forwarding zone of the HVE-mobicast routing protocol is transmitted by two phases; cluster-to-cluster and clusterto-node phases. In the cluster-to-cluster phase, the clusterhead and relay nodes are distributively notified to wake them up. In the cluster-to-node phase, all member nodes are then notified to wake up by cluster-head nodes according to the estimated arrival time of the delivery zone. The key contribution of the HVE-mobicast routing protocol is that it is more power efficient than existing mobicast routing protocols, especially by considering different moving speeds and directions. Finally, simulation results illustrate performance enhancements in message overhead, power consumption, needlessly woken-up nodes, and successful woken-up ratio, compared to existing mobicast routing protocols.

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Section: Basic Ideas and Challengesmentioning

confidence: 99%

HVE-mobicast: a hierarchical-variant-egg-based mobicast routing protocol for wireless sensornets

et al. 2009

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“…The initial set can either be manually designated by the supervisor, or autonomously elected via the adaptive dynamic backbone (ADB) distributed clustering protocol [27], which adaptively groups nodes into clusters of various sizes depending on the mobility conditions of the nodes. Based on information gathered through management probes and the given policies provided by the supervisor node, the MM in each cluster generates a view of the current management architecture at time t as the initial time-varying utility function U i (t) and the prediction rate PR(t).…”

Section: Autonomous-adaptive Configuration Of Managersmentioning

confidence: 99%

A proactive management algorithm for self‐healing mobile ad hoc networks

Iskander

Younis

2007

Int J Network Mgmt

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SUMMARYThe ability to proactively manage mobile ad hoc networks (MANETs) is critical for supporting complex services such as quality of service, security and access control in these networks. This paper focuses on the problem of managing highly dynamic and resource-constrained MANET environments through the proposal of a novel proactive management algorithm (PMA) for self-healing MANETs. PMA is based on an effective integration of autonomous, predictive and adaptive distributed management strategies. Proactive management is achieved through the distributed analysis of the current performance of the mobile nodes utilizing an optimistic discrete event simulation method, which is used to predict the mobile nodes' future status, and execution a proactive fault-tolerant management scheme. PMA takes advantage of distributed parallel processing, flexibility and intelligence of active packets to minimize the management overhead, while adapting to the highly dynamic and resource-constrained nature of MANETs. The performance of the proposed architecture is validated through analytical performance analysis and comparative simulation with the Active Virtual Network Management Protocol. The simulation results demonstrate that PMA not only significantly reduces management control overhead, but also improves both the performance and the stability of MANETs.

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“…Since clustering process has chain effect (local changes may trigger global structure updates), we do not elaborate it further. Jaikaeo and Shen proposed one of variants of such clustering based method to compute a dominating set [25]. Dominating nodes are selected based on their id.…”

Section: Clustering Based Broadcasting Protocolsmentioning

confidence: 99%

Energy-Efficient Broadcasting in Wireless Mobile Ad Hoc Networks

Ingelrest

Simplot‐Ryl

Network Theory and Applications

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Adaptive backbone-based multicast for ad hoc networks

Cited by 46 publications

References 10 publications

HVE-mobicast: a hierarchical-variant-egg-based mobicast routing protocol for wireless sensornets

HVE-mobicast: a hierarchical-variant-egg-based mobicast routing protocol for wireless sensornets

A proactive management algorithm for self‐healing mobile ad hoc networks

Energy-Efficient Broadcasting in Wireless Mobile Ad Hoc Networks

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