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Gourdin, E. (author), Omic, J. (author), Van Mieghem, P. (author)
The effect of virus spreading in a telecommunication network, where a certain curing strategy is deployed, can be captured by epidemic models. In the N-intertwined model proposed and studied in [1], [2], the probability of each node to be infected depends on the curing and infection rate of its neighbors. In this paper, we consider the case...
conference paper 2011
document
Omic, J. (author), Van Mieghem, P. (author)
The recent widespread of the new Mexican flu and SARS show the high dependency on contemporary traveling patterns. The air transport network is recognized as an important channel of epidemic propagation for different diseases. In order to predict epidemic spreading and the influence of protection measures, a mathematical model of the Susceptible...
conference paper 2010
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Omic, J. (author), Hernandez, J.M. (author), Van Mieghem, P. (author)
Communication networks are prone to virus and worms spreading and cascading failures. Recently, a number of social networking worms have spread over public Web sites. Another example is error propagation in routing tables, such as in BGP tables. The immunization and error curing applied to these scenarios are not fast enough. There have been...
conference paper 2010
document
Omic, J.S. (author), Kooij, R.E. (author), Van Mieghem, P. (author)
We examine the influence of heterogeneous curing rates for a SIS model, used for malware spreading on the Internet, information dissemination in unreliable networks, and propagation of failures in networks. The topology structures considered are the regular graph which represents the homogenous network structures and the complete bi-partite...
conference paper 2009
document
Omic, J. (author), Orda, A. (author), Van Mieghem, P. (author)
Security breaches and attacks are critical problems in today’s networking. A key-point is that the security of each host depends not only on the protection strategies it chooses to adopt but also on those chosen by other hosts in the network. The spread of Internet worms and viruses is only one example. This class of problems has two aspects....
conference paper 2009
document
Omic, J.S. (author), Kooij, R.E. (author), Van Mieghem, P. (author)
conference paper 2007
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