Regarding the limitations of the traditional
Client/Server communication mode from the one hand, ... more Regarding the limitations of the traditional Client/Server communication mode from the one hand, and of the P2P mode from the other hand, hybrid network architectures have recently gained large popularity. In this paper we propose a new hybrid architecture that is called P2PWeb, between the centralized client/server and the non-centralized P2P architectures for content delivery over the Internet. The main objective of this proposal is to reduce the load over the server in order to provide a better Quality of Service (QoS) for the end-users.
A BitTorrent-like protocol has been implemented and deployed to reach the objective. Moreover, we support our system with a user-satisfaction control technique that helps to improve the provided service of the hybrid P2PWeb architecture. The experimentation results and the performance evaluations that we have made show the efficiency of the proposed system in terms of QoS evaluations.
Regarding the limitations of the traditional
Client/Server communication mode from the one hand, ... more Regarding the limitations of the traditional Client/Server communication mode from the one hand, and of the P2P mode from the other hand, hybrid network architectures have recently gained large popularity. In this paper we propose a new hybrid architecture that is called P2PWeb, between the centralized client/server and the non-centralized P2P architectures for content delivery over the Internet. The main objective of this proposal is to reduce the load over the server in order to provide a better Quality of Service (QoS) for the end-users.
A BitTorrent-like protocol has been implemented and deployed to reach the objective. Moreover, we support our system with a user-satisfaction control technique that helps to improve the provided service of the hybrid P2PWeb architecture. The experimentation results and the performance evaluations that we have made show the efficiency of the proposed system in terms of QoS evaluations.
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Papers by Benoit Parrein
Client/Server communication mode from the one hand, and of
the P2P mode from the other hand, hybrid network architectures
have recently gained large popularity. In this paper we propose a
new hybrid architecture that is called P2PWeb, between the
centralized client/server and the non-centralized P2P
architectures for content delivery over the Internet. The main
objective of this proposal is to reduce the load over the server in
order to provide a better Quality of Service (QoS) for the end-users.
A BitTorrent-like protocol has been implemented and
deployed to reach the objective. Moreover, we support our
system with a user-satisfaction control technique that helps to
improve the provided service of the hybrid P2PWeb architecture.
The experimentation results and the performance evaluations
that we have made show the efficiency of the proposed system in
terms of QoS evaluations.
Client/Server communication mode from the one hand, and of
the P2P mode from the other hand, hybrid network architectures
have recently gained large popularity. In this paper we propose a
new hybrid architecture that is called P2PWeb, between the
centralized client/server and the non-centralized P2P
architectures for content delivery over the Internet. The main
objective of this proposal is to reduce the load over the server in
order to provide a better Quality of Service (QoS) for the end-users.
A BitTorrent-like protocol has been implemented and
deployed to reach the objective. Moreover, we support our
system with a user-satisfaction control technique that helps to
improve the provided service of the hybrid P2PWeb architecture.
The experimentation results and the performance evaluations
that we have made show the efficiency of the proposed system in
terms of QoS evaluations.