-
Chapter and Conference Paper
On Strong Solution to the 2D Stochastic Ericksen–Leslie System: A Ginzburg–Landau Approximation Approach
In this manuscript, we consider a highly nonlinear and constrained stochastic PDEs modelling the dynamics of 2-dimensional nematic liquid crystals under random perturbation. This system of SPDEs is also known ...
-
Chapter and Conference Paper
A Network Centrality Game for Epidemic Control
Many epidemic networks admit the partition of the population into three compartments of respective susceptible, infected, and removed individuals. These epidemics involve a conflict between the agent who is pr...
-
Chapter and Conference Paper
Asymmetric Centrality Game Against Network Epidemic Propagation
The Mirai botnet network epidemic discovered in 2016 falls into the category of numerous epidemics propagated by attackers over a network to gain control over multiple devices. This particular epidemic has bee...
-
Chapter and Conference Paper
Optimizing Intrusion Detection Systems Placement Against Network Virus Spreading Using a Partially Observable Stochastic Minimum-Threat Path Game
Intrusion Detection Systems (IDS) are security tools that aim to detect tentative of virus propagation between two interconnected devices. As the propagation of a virus or malware is dynamic and can be strateg...
-
Article
Open AccessOn the 2D Ericksen–Leslie equations with anisotropic energy and external forces
In this paper we consider the 2D Ericksen–Leslie equations which describe the hydrodynamics of nematic liquid crystal with external body forces and anisotropic energy modeling the energy of applied external co...
