Abstract. Peer-to-peer (P2P) and grid systems allow their users to exchange information and share resources, with little centralised or hierarchical control, instead relying on the fairness of the users to make roughly as much resources available as they use. To enforce this balance, some kind of currency or barter (called karma) is needed that must be exchanged for resources thus limiting abuse. We present a completely decentralised, off-line karma implementation for P2P and grid systems, that detects double-spending and other types of fraud under varying adversarial scenarios. The system is based on tracing the spending pattern of coins, and distributing the normally central role of a bank over a predetermined, but random, selection of no...
Abstract. Micro-payment systems have the potential to provide non-intrusive, high-volume and low-cos...
This paper presents a new approach to trusted Grid computing in a Peer-to-Peer (P2P) setting. Trust ...
International audienceDivisible e-cash systems allow users to withdraw a unique coin of value 2 n un...
Contains fulltext : 32801.pdf (preprint version ) (Open Access)INC 200
Peer-to-peer systems are typically designed around the assumption that all peers will willingly cont...
Participant-based technologies enable users to contribute resources to a shared pool that in the agg...
Abstract. In the last few years, peer-to-peer systems became well known to the general public by all...
The following full text is a preprint version which may differ from the publisher's version
This thesis is concerned with enabling e-commerce applications in decentralized environments, P2P ne...
Probabilistic micropayments are important cryptography research topics in electronic commerce. The P...
In online communities, users frequently interact with strangers in order to buy and sell products, w...
We address the problem of online payments, where users can transfer funds among themselves. We intro...
Payment apps and digital wallets are powerful tools used to exchange e-money via the internet. Howev...
We propose a generic framework for the development of an off-line peer-to-peer electronic payment sy...
Micro-payment systems have the potential to provide non-intrusive, high-volume and low-cost pay-as-y...
Abstract. Micro-payment systems have the potential to provide non-intrusive, high-volume and low-cos...
This paper presents a new approach to trusted Grid computing in a Peer-to-Peer (P2P) setting. Trust ...
International audienceDivisible e-cash systems allow users to withdraw a unique coin of value 2 n un...
Contains fulltext : 32801.pdf (preprint version ) (Open Access)INC 200
Peer-to-peer systems are typically designed around the assumption that all peers will willingly cont...
Participant-based technologies enable users to contribute resources to a shared pool that in the agg...
Abstract. In the last few years, peer-to-peer systems became well known to the general public by all...
The following full text is a preprint version which may differ from the publisher's version
This thesis is concerned with enabling e-commerce applications in decentralized environments, P2P ne...
Probabilistic micropayments are important cryptography research topics in electronic commerce. The P...
In online communities, users frequently interact with strangers in order to buy and sell products, w...
We address the problem of online payments, where users can transfer funds among themselves. We intro...
Payment apps and digital wallets are powerful tools used to exchange e-money via the internet. Howev...
We propose a generic framework for the development of an off-line peer-to-peer electronic payment sy...
Micro-payment systems have the potential to provide non-intrusive, high-volume and low-cost pay-as-y...
Abstract. Micro-payment systems have the potential to provide non-intrusive, high-volume and low-cos...
This paper presents a new approach to trusted Grid computing in a Peer-to-Peer (P2P) setting. Trust ...
International audienceDivisible e-cash systems allow users to withdraw a unique coin of value 2 n un...