Modeling and Simulation of Worms and Mitigation Techniques
Simulation Study
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Internet worm attacks have become increasingly morefrequent and have had a major impact on the economy, making the detection andprevention of these attacks a top security concern. Several counter-measures have beenproposed and evaluated in recent literature. However, the effect of these proposeddefensive mechanisms on legitimate competing traffichas not been analyzed. This book presents a comparative analysis of theeffectiveness of several of these proposed mechanisms,including a measure of their effect on normal webbrowsing activities. This book also presents a study of the behavior ofTCP bas...
Internet worm attacks have become increasingly more
frequent and have had a
major impact on the economy, making the detection and
prevention of these attacks a top
security concern. Several counter-measures have been
proposed and evaluated in recent
literature. However, the effect of these proposed
defensive mechanisms on legitimate competing traffic
has not been analyzed.
This book presents a comparative analysis of the
effectiveness of several of these proposed mechanisms,
including a measure of their effect on normal web
browsing activities.
This book also presents a study of the behavior of
TCP based worms in MANETs.
We develop an analytical model for the worm spread of
TCP worms in the MANETs environment that accounts for
payload-size,
bandwidth-sharing, radio range, nodal density and
several other parameters speci c for MANET
topologies. We also present numerical solutions for
the model and verify the results using
packet-level simulations. The results show
that the analytical model developed here matches the
results of the packet-level simulation
in most cases.
frequent and have had a
major impact on the economy, making the detection and
prevention of these attacks a top
security concern. Several counter-measures have been
proposed and evaluated in recent
literature. However, the effect of these proposed
defensive mechanisms on legitimate competing traffic
has not been analyzed.
This book presents a comparative analysis of the
effectiveness of several of these proposed mechanisms,
including a measure of their effect on normal web
browsing activities.
This book also presents a study of the behavior of
TCP based worms in MANETs.
We develop an analytical model for the worm spread of
TCP worms in the MANETs environment that accounts for
payload-size,
bandwidth-sharing, radio range, nodal density and
several other parameters speci c for MANET
topologies. We also present numerical solutions for
the model and verify the results using
packet-level simulations. The results show
that the analytical model developed here matches the
results of the packet-level simulation
in most cases.
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