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This paper mainly proposes a dynamic cyber-attack approach and investigates a real-time hardware-in-the-loop simulation platform. The innovation of this paper is the introduction of dynamic simulation technology. As a result, users can dynamically configure the cyber-attack situations of power grid in real time via DCAM panel during the simulation process.
However there still exist some shortages in the aspect of model base and node capacity. So, in the future, my team and I will go on optimizing the approach on these issues.
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