Lazy Flooding: A New Technique for Information Dissemination in Distributed Network Systems

Chen, Chi; Huang, Dawei; Lee, David; Sun, Xiaorong

doi:10.1109/tnet.2006.890125

Cited by 11 publications

(4 citation statements)

References 16 publications

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“…On the other hand, the propagation of information is fundamental to most of the network processes, such as routing, monitoring and management. Besides the wide set of approaches in the literature for dissemination of management information, most of them are based on variants of flooding-based [26]; probability-based [27] to reduce the amount of dissemination messages; MCDS-Based [28] to define a sequence of stable connected dominating sets; location-based [29] to disseminate only to specific locations; epidemic-based [30] to opportunistically disseminate through the overall network; and cluster-based [31] to limit the dissemination inside network clusters. In this paper we will focus on approaches that consider partial view information of the network, thus reducing substantially the amount of available approaches [32].…”

Section: Related Workmentioning

confidence: 99%

Supporting Unified Distributed Management and Autonomic Decisions: Design, Implementation and Deployment

et al. 2016

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Nowadays, the prevailing use of networks based on traditional centralized management systems reflects on a fast increase of the management costs. The growth in the number of network equipments and services reinforces the need to distribute the management responsibilities throughout the network devices. In this approach, each device executes common network management functionalities, being part of the overall network management platform. In this paper, we present a Unified Distributed Network Management (UDNM) framework that provides a unified (wired and wireless) management network solution, where further different network services can take part of this infrastructure, e.g., flow monitoring, accurate routing decisions, distributed policies dissemination, etc. This framework is divided in two main components: (A) Situation awareness, which sets up initial information through bootstrapping, discovery, fault-management process and exchange of & Lucas Guardalben

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Section: Related Workmentioning

confidence: 99%

Supporting Unified Distributed Management and Autonomic Decisions: Design, Implementation and Deployment

et al. 2016

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“…There is a wide set of approaches in the literature for the exchange and dissemination of information in the network, most of them based on variants of the following approaches: flooding-based [3]; probability-based [4] to reduce the amount of dissemination messages; MCDS-Based [5] to define a sequence of stable connected dominating sets; location-based [6] to disseminate only to specific locations; epidemic-based [7] to opportunistically disseminate through the overall network; and cluster-based [8] to limit the dissemination inside network clusters. Furthermore, in most of these cases, the approaches use central managers to perform the exchange of information.…”

Section: Related Workmentioning

confidence: 99%

On the analysis of dissemination management information through an Eyesight perspective

Guardalben

Condeixa

Gomes

et al. 2013

2013 IEEE Globecom Workshops (GC Wkshps)

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The dissemination of information in wireless networks is a fundamental aspect in several network processes, such as routing, monitoring and management. Nowadays, most of the techniques for dissemination of management information adopt controlled flooding approaches, which usually impairs the network performance. In this sense, the optimization of the dissemination of management information for dense wireless scenarios remains a relevant research challenge. In this paper, it is presented and analyzed the performance of the Neighbors Eyesight Direction (NED) dissemination against to OSPF, uncontrolled flooding and Gossip approaches in wired and large network scenarios. NED is able to work on wired and dense wireless scenarios, showing to be more efficient than the baseline approaches. With lower dissemination cost and lesser recursive cycles, NED proved to be scalable to disseminate management information for scenarios with a large number of devices.

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“…For task message dissemination, one simple method consists of flooding the task message inside the WSN. This approach, however, can be expensive in terms of network congestion, and energy consumption [JA07,CHLS07]. For example, it is not a suitable technique for applications where multiple spatial tasks in different parts of the network must be evaluated because it results in too much network congestion.…”

Section: Distributed Spatial Task Processingmentioning

confidence: 99%

Distributed Spatial Analysis in Wireless Sensor Networks

Jabeen

Fernandes

2010

2010 IEEE 16th International Conference on Parallel and Distributed Systems

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Lazy Flooding: A New Technique for Information Dissemination in Distributed Network Systems

Cited by 11 publications

References 16 publications

Supporting Unified Distributed Management and Autonomic Decisions: Design, Implementation and Deployment

Supporting Unified Distributed Management and Autonomic Decisions: Design, Implementation and Deployment

On the analysis of dissemination management information through an Eyesight perspective

Distributed Spatial Analysis in Wireless Sensor Networks

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