Cluster-Head and Border-Node Based Cluster Routing Protocol for LR-WPAN

Zhang, Shuai; Ge, Hongli; Lee, Jangsu; Dai, Yong; Xu, Dong; Zhang, Jin; Gao, Qiang; Shaoying, Zhao

doi:10.1109/aina.2016.31

Cited by 2 publications

(2 citation statements)

References 11 publications

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“…As for the rBLQA-AODV, we can see that the approach by which the routes are chosen in itself produces improved results in contrast to using AODV, but choosing a metric to approximate the link-quality plays a major role in the final performance boost. We can see from Table 3 that for some link-quality approximation functions q(·) the end-to-end delay is reduced up to 30%, but with an energy consumption increase of 2.1%, which is in line with other such results [30,31], if not better [32,33].…”

Section: Simulation Resultssupporting

confidence: 83%

Improving end-to-end communication by novel methodology of route quality approximation

2018

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With the number of wireless smart devices growing rapidly due to the constant technological advances and product availability, significant effort has been put into optimizing their functioning to achieve the best possible performance. Using a wireless device usually implies them having an integrated power supply, and often without a possibility of recharging it. To mitigate the devices running out of power too soon, there is a myriad of developed approaches. One of the approaches is to use a low-consumption data exchange protocol, such as Zigbee that relies on the short-range devices to construct a wireless personal area network and use it to relay messages. To route packages through the network, the Zigbee protocol uses the ad-hoc on-demand distant vector routing protocol. In this paper, we analyse two new versions of a modified adhoc on-demand distant vector routing protocol that define routes by maximizing a route quality measure based upon aggregated link quality approximations. ARTICLE HISTORY KEYWORDSMesh networks; mobile ad hoc networks; quality of service; routing protocols; Zigbee CONTACT Vjekoslav-Leonard Prčić vprcic@infoart.hr

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Section: Simulation Resultssupporting

confidence: 83%

Improving end-to-end communication by novel methodology of route quality approximation

2018

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“…Similar to the mechanisms presented in Reference [25], in cluster based routing for ad hoc networks, it is differentiated between intra-cluster and inter-cluster routing [29]. Clusters are organized by cluster heads, which are interconnected via border nodes.…”

Section: Related Workmentioning

confidence: 99%

Multi-Domain Time-Sensitive Networks—Control Plane Mechanisms for Dynamic Inter-Domain Stream Configuration

Bohm

Wermser

2021

Electronics

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Inter-domain communication in time-sensitive networks (TSN) has been identified as a requirement for various use cases. The TSN Toolbox provides standards for dynamic stream reservations, which is needed for, e.g., batch size 1 production, but these standards do not support the interaction on the control plane between multiple TSN domains. This paper presents control plane mechanisms for multi-domain time sensitive networks (MDTSNs) integrating an east–westbound protocol in the existing TSN control plane, in order to achieve multi-domain on-demand end-to-end bounded-latency TSN streams. Solutions for issues resulting from MDTSN, particularly the inter-domain forwarding offset, are presented. A proof of concept has been implemented and evaluated in a physical MDTSN test environment in order to prove the viability of the mechanisms developed.

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Cluster-Head and Border-Node Based Cluster Routing Protocol for LR-WPAN

Cited by 2 publications

References 11 publications

Improving end-to-end communication by novel methodology of route quality approximation

Improving end-to-end communication by novel methodology of route quality approximation

Multi-Domain Time-Sensitive Networks—Control Plane Mechanisms for Dynamic Inter-Domain Stream Configuration

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