A user-layered approach for modelling and simulating terrorist attacks

Abstract

Modelling and simulation techniques offer a comprehensive method for assessing the impact of a terrorist attack, allowing multiple scenarios to be simulated with ease without imposing extensive time or cost constraints. The aim of this paper is to provide a comprehensive model for the different categories of users who are likely to be involved in the modelling and simulation of a terrorist attack. It focuses on assessing protection measures for implementation within a single building. It takes into account the different types of threat (biological, chemical and explosive) which may occur within or around such a target infrastructure. It considers that a specific company may be required to invest in one or more protection technologies to reduce the risk of an attack occurring, be it a single threat or a combination of threats.