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A Topology-Aware Improvement on Chord

Zhou Xiaofan, Xudong Yang, Wang Zhiqian

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Abstract

Routing efficiency is the critical issue when constructing peer-to-peer overlay. However, Chord has often been criticized on its careless of routing locality. In this paper, we propose a topology-aware improvement on the basis of Chord, which focuses on achieving better routing efficiency. It has lower latency by appending a topology-aware Chord circle to divide topology regions. The simulation shows that the improvement has achieved lower latency per message routing.

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What this paper is about

Routing efficiency is the critical issue when constructing peer-to-peer overlay. However, Chord has often been criticized on its careless of routing locality. In this paper, we propose a topology-aware improvement on the basis of Chord, which focuses on achieving better routing efficiency. It has lower latency by appending a topology-aware Chord circle to divide topology regions. The simulation shows that the improvement has achieved lower latency per message routing.

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Available abstract

Routing efficiency is the critical issue when constructing peer-to-peer overlay. However, Chord has often been criticized on its careless of routing locality. In this paper, we propose a topology-aware improvement on the basis of Chord, which focuses on achieving better routing efficiency. It has lower latency by appending a topology-aware Chord circle to divide topology regions. The simulation shows that the improvement has achieved lower latency per message routing.

Key concepts: Chord (peer-to-peer), Computer science, Pastry, Computer network, Latency (audio), Topology (electrical circuits), Distributed computing, Overlay

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