As the world's population and economy grow, demand for energy increases as well. Smart
grids can be a cost-effective solution to overcome increases in energy demand and ensure …

Buffer Overflow (BOF) has been a ubiquitous security vulnerability for more than three
decades, potentially compromising any software application or system. This vulnerability …

Pre-disaster planning and post-disaster scheduling are common strategies to increase the
resilience of critical infrastructure. In this paper, we propose a new two-stage stochastic …

Community structures exist in different infrastructure networks such as water, gas, and power
networks among others, where each network is split into multiple sets of components. Such …

Interdependent critical infrastructure systems represent substantial financial investments and
are vital to maintain a fundamental level of social and economic well-being, making them …

Because the infrastructure network itself has the characteristics of cascading failures,
deliberate attackers will often take advantage of these internal dependencies to perform …

Abstract Cyber-Physical Systems (CPS) are increasingly complex and frequently integrated
into modern societies via critical infrastructure systems, products, and services …

This paper presents a risk-averse tri-level stochastic game-theoretic model between the
defender and the attacker in application to the supply networks. A real supposition is that the …

Critical network infrastructures such as power grids, telecommunications, and transportation
are considered critical for both the development and functioning of modern-day societies …

Planning to mitigate the impacts of disruptions on supply facilities in advance is an important
decision when designing a supply chain network (SCN). This paper proposes a new two …