[PDF] Peer-to-Peer Computing | Semantic Scholar (2025)

Key functions of the solution such as integration of incentive management into an extension of the STUN protocol, connection establishment and message transfer under different network setups are analyzed.

This paper illustrates the first steps in the design and development of a service-oriented P2P architecture based on the concept of stateful Web Service, i.e. a Grid Service, a network-enabled entity that provides some capabilities.

Challenges in using P2P structures to design a large-scale WSE are introduced and the best model may be the use of a special case of Super-Peer Networks which is yet conditioned on the peers’ active and trustful contributions.

This dissertation presents a real-time consistency maintenance P2P system, called PPAct, for interactive applications such as MMOGs, and presents a consistency maintenance framework, called BCoM, balancing between consistency strictness, availability and performance for various P1P interactive applications with heterogenous resource constraints.

A conceptual model for P2P systems is proposed, and a classification and summary of data management and distribution strategies by referring to this model is provided by providing a comprehensive list of Data Management and Distribution strategies used in the existing P1P systems.

An innovative, fully distributed, and asynchronous subgradient optimization algorithm for the Lagrangean relaxation of the MOP is proposed, which can run online in fully decentralized P2P systems, and integrates it with a distributed heuristic that can achieve sound hot-start states for fast response to varying network structures.

This paper reviews the existing approaches to identify how they have integrated P2P and SIP and solved the challenges introduced by P2PSIP and focuses on understanding the needs of integration of P1-P2-SIP.

The main focus of the paper is the presentation of the finding of the investigation regarding the bootstrapping performance of Chord, Chord with Aggressive Join, and Kademlia in order to establish the most appropriate P2P structure to base the proposed Scalable Private Reappearing Overlay Network design.

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The author takes a brief look at peer-to-peer computing, or P2P, and its main variants, both those that are popular and those that ought to be.

This work proposes a mechanism, using only local knowledge, to improve the overall performance of peer-to-peer networks based on interests, and implemented this mechanism in the context of a distributed encyclopedia-style information-sharing application which is built on top of the Gnutella network.

A detailed measurement study of the two most popular peer-to-peer peer-to-peer sharing systems, namely Napster and Gnutella, seeks to precisely characterize the population of end-user hosts that participate in these two systems.

This paper model a file-sharing application, developing a probabilistic model to describe query behavior and expected query result sizes and an analytic model to describes system performance, and discusses the tradeoffs between the architectures.

A computational economy framework for resource allocation and for regulating supply and demand in Grid computing environments is proposed and used in resource brokering through Nimrod/G deadline and cost-based scheduling for two different optimization strategies on the World Wide Grid testbed.

P2P examines the key issues businesses face in implementing P2P and presents the opportunities and challenges that accompany this new technology.

Results from theoretical analysis, simulations, and experiments show that Chord is scalable, with communication cost and the state maintained by each node scaling logarithmically with the number of Chord nodes.

This article considers the problem of service location, and studies an approach that places the intelligence on the endpoints, enabling the users to locate desirable services based on trustworthy, personalized recommendations of their peers.

This work proposes an algorithm that allows hosts within communication range to maintain a consistent view of the group membership despite movement and frequent disconnections.

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