In this paper, we present the design and implementation of Coordinated Intrusion Prevention system (CIPS), which includes Parallel Firewall (PFW), Flow Detection (FD) and Multiple Intrusion Detection system (MIDS) to ...
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Data intensive task is becoming one of the most important applications in grid environment. The scale of data sets has been hundreds of terabytes and soon will be petabytes. The primary problem we face is how to organ...
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Network forensics and honeynet systems have the same features of collecting information about the computer misuses. Honeynet system can lure attackers and gain information about new types of intrusions. Network forens...
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ISBN:
(纸本)9781581139648
Network forensics and honeynet systems have the same features of collecting information about the computer misuses. Honeynet system can lure attackers and gain information about new types of intrusions. Network forensics system can analysis and reconstruct the attack behaviors. These two systems integrating together can help to build an active self-learning and response system to profile the intrusion behavior features and investigate the attack original source. In this paper, we present a design of honeynet based active network intrusion response system. The features of our system are distributed adaptive network forensics and active real time network investigation. Copyright 2005 ACM.
With the rapid development of information technology, dramatic changes have been taken place in the fundamental ways that people acquire and disseminate knowledge. Various e-Learning systems have been designed to help...
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Peer-to-Peer media streaming service has gained tremendous momentum in recent years. However, a number of challenges in Peer-to-Peer media streaming have not been addressed. In this paper, we propose a peer-to-peer su...
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Peer-to-Peer media streaming service has gained tremendous momentum in recent years. However, a number of challenges in Peer-to-Peer media streaming have not been addressed. In this paper, we propose a peer-to-peer su...
ISBN:
(纸本)9783540241287
Peer-to-Peer media streaming service has gained tremendous momentum in recent years. However, a number of challenges in Peer-to-Peer media streaming have not been addressed. In this paper, we propose a peer-to-peer substrate for supplying on-demand media streaming service, called Honeycomb, which mainly addresses on the key technical issue of: constructing a locality-aware P2P overlay network with high scalab.lity and manageability. Honeycomb can fully utilize the locality of underlying physical network so that the bandwidth consumption used for the overlay maintenance can be effectively saved and the QoS requirements for delivering media content can be easily satisfied.
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