We have developed worm models for the Georgia Tech. Network Simulator (GTNetS) [12] that can be used to study the behavior of these Internet worms under a ...

We discuss the design of our Internet worm models in the Georgia Tech Network Simulator, and show how we addressed these issues. We present some results from ...

Worms start with a random index, then generate an address to probe by using the permutation function on the index. Worms increase the index sequentially.

We present some results from our Internet worm simulations that show the rate of infection spread for a typical worm under a variety of conditions.

We discuss the design of our Internet worm models in the Georgia Tech Network Simulator, and show how we addressed these issues. We present some results from ...

We use a combination of detailed and abstract models to simulate individual vulnerable hosts, routers, subnets, and Autonomous Systems. While [3] suggests that ...

Worm body simulator. Worms are soft and squishy. So our model has to be too. We are building in the physics of muscles, soft tissues and fluids.

Oct 4, 2004 · The accurate and efficient modeling of Internet worms is a particularly challenging task for network simulation tools.

Implementation of the simulation of simple worm propagation in a medium-scale network by using discrete-time simulation method. For details of implementaion, ...

Apr 28, 2008 · Simulation of Internet worms (and other malware) requires tremendous computing resources when every packet generated by the phenomena is ...