Agent-Based Security Framework to Protect Integrated model for Decision Making in Disaster Management

The security of disaster management systems is a serious concern because of the sensitive and complex nature of this domain. It is important; therefore, that disaster management experts and the development community deploy and make use of security implementation measures to protect these systems. Unfortunately, they often lack this knowledge, and their subsequent development efforts to cope with disaster mitigation activities are less effective than they might otherwise be. Therefore, it is highly important that a robust security framework must be imposed while developing an integrated model for decision support in disaster management. The purpose of this paper is to propose a multi-agent security framework in order to protect integrated model for decision support in disaster management. In this framework, a group of agents can carry out their tasks cooperatively in order to achieve an ultimate security goal for disaster management model which facilitates effective decision-making and potentially attempt to deal with the problem of security in disaster management systems in general, and disaster data in particular. These tasks consist of two parts: (i) an agent detects the potential attack; and (ii) and solver agent can either selects a security framework on the basis of pre-defined security integrity frameworks stored in a case-base or propose a run-time generated security integrity framework.