RobP2P: A Robust Architecture for Resource Sharing in Mobile Peer-to-Peer Networks

Elgazzar, Khalid; Ibrahim, Walid; Oteafy, Sharief M. A.; Hassanein, Hossam S.

doi:10.1016/j.procs.2013.06.049

Cited by 11 publications

(13 citation statements)

References 11 publications

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“…This paper extends our previous work [18]. In this paper, we provide in-depth development of our SP selection protocol, enhanced role changing scheme and detailed algorithms for failsafe SP election.…”

Section: Introductionsupporting

confidence: 54%

A Resilient P2P Architecture for Mobile Resource Sharing

Elgazzar

Oteafy

Ibrahim

et al. 2014

The Computer Journal

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Peer-to-peer (P2P) systems present a unique medium for resource sharing among cliques of participants (peers) in a distributed and self-organized manner. With the advent of mobile users and the increasing power of mobile devices, the spectrum of P2P capabilities should scale. Peers establish transient or persistent relationships with other peers based on mutual interest. Communicating peers may use intermediary peers to forward communication messages, if a direct link is beyond their communication range. A critical design parameter is establishing a resilient communication topology, yet reduce the overhead of control messages required to instill and maintain it. This rises as a significant hindrance in mobile environments, which pose additional challenges on P2P networks due to the heterogeneity of nodes, limited resources, dynamic contexts in addition to the inherited wireless network stringencies. Thus far, efforts in establishing P2P networks via super peers (SPs) have been capped by considering a subset of peer properties to evaluate their candidacy. This paper presents RobP2P, a robust architecture to construct mobile P2P networks and efficiently maintain network state. RobP2P introduces a SP selection protocol based on a dynamic score function that takes into account peers' capabilities and context, such as location and quality of connectivity. The paper also presents an agile utility function through which SPs can delegate monitoring responsibilities to comparably powerful and stable peers to ensure self-healing topology maintenance. We present an elaborate performance evaluation of RobP2P implemented on Network Simulator NS-3. Our results illustrate the efficiency of RobP2P, its resilience to failures, and the improvements in lowering overhead traffic while reliably maintaining the consistency of network state.

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Section: Introductionsupporting

confidence: 54%

A Resilient P2P Architecture for Mobile Resource Sharing

Elgazzar

Oteafy

Ibrahim

et al. 2014

The Computer Journal

Self Cite

View full text Add to dashboard Cite

show abstract

“…RobP2P is a robust architecture use to construct mobile Peer to peer networks and resourcefully preserve the network state [13]. This paper proposes RobP2P with lay the foundation for efficient and scalable P2P overlay networks and develop a reliable P2P infrastructure that enables efficient resource sharing and service provisioning in mobile environments without infrastructure support.…”

Section: Related Workmentioning

confidence: 99%

Resource Sharing in Distributed Environment using Multi-agent Technology

Weerasinghe¹,

Hettige²,

Kathriarachchi³

et al. 2017

IJCA

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Resource sharing is very important in the world Due to limited resources. People tend to use different applications for similar purposes within the network environment making the high traffic and duplicating resource. The complexity and the dynamic behaviour of computer network do not leave a clue to predict what happen next. The multi-agent technology has proven potential results in improving efficiency and accuracy in dynamic and distributed environments. Among other features, a multi-agent technology can produce solutions that are globally accepted to the agents through communication, negotiation, and coordination among the agents. This research presents the method for reducing resource wastage and sharing resources efficiently using multi-agent technology. Network users will download the same file again and again unintentionally, bringing network performance dramatically down. With the concept of dynamic scheduling and load balancing, implement a system to share resources within a network using Multi-agent technology. The solution is developed by the MaSMT, a Java-based framework, with one manager agent and four ordinary agents, namely, file send agent, file receives agent, download agent and load balancing and dynamic scheduling agent. Using this system task has been allocated to distributed agents within a dynamic network for sharing resources. The system is successfully tested in real environments and will help to reduce the resource wastage on network environments.

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“…In [16] author presented RobP2P architecure, It constructs a robust architecture for mobile P2P networks and efficiently maintain the network state. Author describes super-peer selection protocol based on an aggregate utility function that takes into account peers' capability and context.…”

Section: Related Workmentioning

confidence: 99%

Mobile Web Service Provisioning and Performance Evaluation of Mobile Host

Wagh¹,

Thool²

2014

IJWSC

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Providing web services from smart phones is current recent research topic, this happened because of smart phones are used almost every area, where today's user uses for mobile banking, emailing, searching location and data. Smart phones are advanced in terms of processing power, memory with an embedded camera, sensors and same time parallel advancement in wireless network and software web technologies. Due to these advancement enables the mobile smart phones work as a web service provider instead of web service consumer. The idea of hosting web services on mobile host is not new, last one decade researchers working on mobile web service provisioning. This paper extends the our previous research work in the cellular domain to the current generation platform technologies and standards such as Android OS and REST. This paper deals with mobile host scalability and experimental result analysis for how many concurrent users access mobile host.

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RobP2P: A Robust Architecture for Resource Sharing in Mobile Peer-to-Peer Networks

Cited by 11 publications

References 11 publications

A Resilient P2P Architecture for Mobile Resource Sharing

A Resilient P2P Architecture for Mobile Resource Sharing

Resource Sharing in Distributed Environment using Multi-agent Technology

Mobile Web Service Provisioning and Performance Evaluation of Mobile Host

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