SWAP: Shared Wireless Access Protocol (using Reciprocity)

M. Dunlop, G. Perng, D. Andersen
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Abstract

Wireless access points are becoming more and more prominent in the home, yet there is no incentive to encourage access point owners to share their service. We introduce SWAP, a lightweight protocol that uses reciprocity to motivate users to share service. Each node participating in SWAP stores perishable receipts that are used to calculate a user's rating (how much the user shares his or her access point). SWAP does not use a centralized authority to store or validate receipts nor does it place an excessive burden on peers. SWAP is also robust against collusion, which we show through analysis and implementation. As demonstrated by an implementation of the most computationally expensive portions of the protocol, SWAP imposes little overhead even on mobile devices.
SWAP:共享无线访问协议(使用互惠)
无线接入点在家庭中变得越来越重要,但没有激励措施鼓励接入点所有者分享他们的服务。我们引入SWAP,这是一种轻量级协议,它使用互惠性来激励用户共享服务。参与SWAP的每个节点存储用于计算用户评级(用户共享他或她的接入点的程度)的易损坏收据。SWAP不使用集中的权限来存储或验证收据,也不会给对等体带来过多的负担。SWAP还具有抗合谋的健壮性,我们通过分析和实现证明了这一点。正如协议中计算成本最高的部分的实现所证明的那样,SWAP即使在移动设备上也只带来很少的开销。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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