Rank-Based Routing Strategy for Named Data Network

Zhang, Xiao; Gao, Ze

doi:10.4028/www.scientific.net/amm.543-547.3320

Cited by 5 publications

(3 citation statements)

References 4 publications

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“…In the article by Xiao et al [11], a method called Rank-Based Routing Strategy (RBRS) was provided which ranks each interface for routing selection. In FIB and PIT tables, a column called outface was added to rank the output interfaces in receiving D-Pkt.…”

Section: Related Workmentioning

confidence: 99%

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An Enhanced Forwarding Method based on Intelligent Water Drops Algorithm in Named Data Network

Afzal

Barekatain

Beheshti

2021

mjee

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Although Named Data Network (NDN) has made a bright future in the Internet for high volume of requests by many users, how to send a request package (I-Pkt) consciously from the consumer to the producer and returning the data package (D-Pkt) inversely is still one of its most important challenges. According to the recent limited researches, using service quality parameters beside an optimization algorithm like ant colony to find the optimal path has been an appropriate response to solve this problem. Insufficient attention to service quality parameters to find an optimal path is a problem to be focused on. In line with this, this study has addressed forwarding using the Intelligent Water Drops (IWD) optimization algorithm. In this algorithm, the best possible path based on many parameters related to path quality like cost, delay and number of steps taken by the package (I-Pkt) will be selected. In other words, the water drop movement tries to find the optimal path through the amount of soil collection in the path or the velocity rate. The results of simulating in ndnSIM simulator show that comparing the ant colony, it has been improved in cost parameter on average by 23%, in hit ratio parameter by 24% and in hop count parameter by 13%. The general result is increasing service level quality in NDNs.

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Section: Related Workmentioning

confidence: 99%

“…Another method has also used Q-learning concept in forwarding the I-Pkt towards the producer [10]. One other method tried to use interfaces to send the packet through ranking the output interfaces which has been used less before [11].…”

Section: Introductionmentioning

confidence: 99%

An Enhanced Forwarding Method based on Intelligent Water Drops Algorithm in Named Data Network

Afzal

Barekatain

Beheshti

2021

mjee

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“…Zeng et. al [40] propose a rank-based strategy for interface selection according to interface load. Outgoing interfaces which are deemed busier are attributed lower rank than the remaining ones, promoting load balancing across the the different available interfaces, thus reducing the load in the node.…”

Section: Forwarding In Mobile Ndnmentioning

confidence: 99%

Context-Based Forwarding for Mobile ICNs

Gameiro

Senna

Luís

2020

2020 IEEE International Conference on Communications Workshops (ICC Workshops)

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Over the last couple of decades, vehicular ad hoc networks (VANETs) have been at the forefront of research, yet still are afflicted by high network fragmentation, due to their continuous node mobility and geographical dispersion. To address these concerns, a new paradigm was proposed -Information-Centric Networks(ICN), whose focus is the delivery of Content based on names, being ideal to attend to high latency environments. However, the main proposed solutions for content delivery in ICNs do not take into account the type of content nor the various available communication interfaces in each point of the network, a factor which can be deciding in mobile networks. The scope of this dissertation lies on the use of ICNs concepts for the delivery of both urgent and non-urgent information in urban mobile environments. In order to do so, a context-based forwarding strategy was proposed, with a very clear goal: to take advantage of both packet names and Data, and node's neighbourhood analysis in order to successfully deliver content into the network in the shortest period of time, and without worsening network congestion. The design, implementation and validation of the proposed strategy was performed using the ndnSIM platform simulator along with real mobility traces from communication infrastructure of the Porto city. The results show that the proposed context-based forwarding strategy for mobile ICN presents a clear improvement in performance in terms of delivery, while maintaining network overhead at a constant. Furthermore, by means of better pathing and through cooperation with caching mechanisms, lower transmission delays can be attained.

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