A survey of P2P overlays in various networks

Anitha, A.; Jayakumari, J.; Mini, G. Venifa

doi:10.1109/icsccn.2011.6024559

Cited by 3 publications

(2 citation statements)

References 8 publications

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“…A balanced overlay network [18][19][20] is constructed with the nodes in the network such that at each level L, nodes are numbered from 1 to 2 L . Thus the level and the number determine the location of the node in the binary tree.…”

Section: Balanced Overlay Networkmentioning

confidence: 99%

Node clone detection using a stable overlay network

Chelliah

Vigil

Praba

2020

IJECE

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Wireless sensor networks consist of number of sensor nodes widely distributed in particular region to communicate and sharing the environmental information and also these data’s are stored in central location for further data prediction. Such nodes are susceptible to cloning attack where the adversary captures a node, replicates with the same identity as that of the captured node and deploys the clone back into the network, causing severe harm to the network. Hence to thwart such attacks, a distributed detection protocol is used with initiator-observer-inspector roles assigned randomly for the nodes to witness the clone and thereby broadcast the evidence through a balanced overlay network. Use of such balanced network provides high security level and reduces the communication cost when compared to other overlay networks with a reasonably less storage consumption.

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Section: Balanced Overlay Networkmentioning

confidence: 99%

Node clone detection using a stable overlay network

Chelliah

Vigil

Praba

2020

IJECE

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“…However, with the increasing scale of content, the scalability of CDNs has become a bottleneck. Peer to peer (P2P) networks [14] have also been applied to deliver content, where the P2P users can directly communicate with each other to share content, without relying on any centralized server. Compared with conventional solutions, in the P2P each node can act as the client to request content, and also the server to provide content.…”

Section: Content Deliverymentioning

confidence: 99%

A novel design for content delivery over software defined mobile social networks

Zhu

et al. 2015

IEEE Network

107

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With the rapid development of mobile communication technologies, various kinds of content can be delivered among mobile users for content sharing. Due to the complexity of networks and particular features of mobile behaviors, to manage networks efficiently, SDMSNs are advocated where the control plane and data plane can work separately but cooperatively. In this article we outline how to deliver mobile content over SDMSNs. We first design the flow table based on the social features including social tie, mobility, and community. Then a novel social switch is introduced to deliver content among mobile users by using the proposed social degree and social stay time. In addition, the process of content delivery is presented according to different scenarios, and extensive experiments are given to prove the efficiency of this approach.

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A telematics service discovery platform using the distributed peer‐to‐peer networking system

2012

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SUMMARYIn this paper, a distributed telematics peer‐to‐peer networking system is proposed to provide an efficient and feasible service discovery mechanism for mobile users. When mobile users travel on the road, they may request for some services from service providers to meet their demands. Mobile users in vehicles are assumed to go through a lot of regions, in which each region is associated with a region server. Related information of all service providers in a region is stored in its region server, and each region server is in charge of the service discovery requests from all vehicles located in its region. This paper focuses on the issues of developing a distributed peer‐to‐peer telematics service discovery networking system over the vehicular network environment for mobile users. To provide the communication mechanism for telematics service discovery among region server, mobile users, and service providers, the Telematics Service Markup Language is proposed. According to clients' demands, three types of query scenarios are proposed, which are (1) reference point based query, (2) continual query, and (3) route‐based query. Finally, we present usage examples and system implementation of distributed telematics peer‐to‐peer. Copyright © 2012 John Wiley & Sons, Ltd.

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A survey of P2P overlays in various networks

Cited by 3 publications

References 8 publications

Node clone detection using a stable overlay network

Node clone detection using a stable overlay network

A novel design for content delivery over software defined mobile social networks

A telematics service discovery platform using the distributed peer‐to‐peer networking system

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