Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: An agent-based framework is presented to model and ana- lyze physical and cyber attacks on Cyber Physical Systems (CPS). In the first phase of a two phase procedure in the framework, a CPS is modelled using State Condition Graphs (SCGs) representing the struc- tural relations among the cyber and physical components. In the second phase, SCGs are partitioned into separate groups, referred to as agents, based on their functional dependency. Each agent is associated with a sensor and an actuator set. The actuator set is further divided into two subsets: active actuator and passive subsets that, respectively, directly or indirectly participate in controlling the environment. Interactions among different agents can be created by assigning an aggregate function to each agent with sensor and actuator sets as the domain of the function and sta- tus of the environment as its codomain. A case study was conducted on a segment of a 6-stage Secure Water Treatment (SWaT) system to demon- strate the applicability of the framework. The study reveals promising features of the framework to analyze the steady state response of the system following both cyber and physical attacks.
['Sridhar Adepu', 'Aditya P. Mathur', 'Jagadeesh Gunda', 'Sasa Z. Djokic']
I am writing a research paper on a idea An Agent-Based Framework for Simulating and Analysing Attacks on Cyber Physical Systems
[{"from": "human", "value": "I am writing a research paper on a idea An Agent-Based Framework for Simulating and Analysing Attacks on Cyber Physical Systems"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: An agent-based framework is presented to model and ana- lyze physical and cyber attacks on Cyber Physical Systems (CPS). In the first phase of a two phase procedure in the framework, a CPS is modelled using State Condition Graphs (SCGs) representing the struc- tural relations among the cyber and physical components. In the second phase, SCGs are partitioned into separate groups, referred to as agents, based on their functional dependency. Each agent is associated with a sensor and an actuator set. The actuator set is further divided into two subsets: active actuator and passive subsets that, respectively, directly or indirectly participate in controlling the environment. Interactions among different agents can be created by assigning an aggregate function to each agent with sensor and actuator sets as the domain of the function and sta- tus of the environment as its codomain. A case study was conducted on a segment of a 6-stage Secure Water Treatment (SWaT) system to demon- strate the applicability of the framework. The study reveals promising features of the framework to analyze the steady state response of the system following both cyber and physical attacks."}]