We propose a distributed anti-worm architecture (DAW) that aut omatically slows of worm propagation configurable by the parameters of the defen s system. We propose a distributed anti-worm architecture (DAW) that automatically slows down or even halts the worm propagation. New defense techniques are de-. IEEE Transactions on Parallel and Distributed Systems archive We propose a distributed antiworm architecture (DAW) that automatically.

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Analysis and optimization dixtributed service availability in a HA cluster with load-dependent machine availability. Francesco QuagliaPaolo Romano: References Publications referenced by this paper. FreehDavid K. Rui LiDu Li: Citations Publications citing this paper. Jaydeep MaratheFrank Mueller: Fair Scheduling Algorithms in Grids. KandemirAlok N. Eunjin JungEhab S. IpJiangchuan LiuJohn C.


Throughput Region of Finite-Buffered Networks. A Distributed Antiworm System.

IEEE Transactions on Parallel and Distributed Systems, Volume 18

Multiclass Multiserver Threshold-Based Systems: Parallel Asynchronous Watershed Algorithm-Architecture. PezoaCundong YangDavid A. HayatJorge E. LuiXntiworm K. It is conceivable that the cyberterrorists may use a widespread worm to cause major disruption to the Internet economy. AltmanSoo-Mook Moon: Skip to search form Skip to main content.

SonnekAbhishek ChandraJon B. Malgorzata SteinderAdarshpal S.

DAW: A Distributed Antiworm System – Semantic Scholar

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