Abstract
In this paper, we introduce a new idea for the rebuilding of measuring sensor data collected from the power grid, eliminating the impact of the attack on the integrity of confidential data. The introduced system is based on the reconstruction of Monte Carlo analysis of experimental data and the measurement of actual training data of the transfer function of the information gathered by sensor of the strong nonlinear representation data through the root is added to the sensor measurements based on quality parameters by a clever attacker. For strong, multivariate reconstruction measures against multiple attacks sensors based regulation attack detection is used. The introduced scheme is check out using a standard IEEE 34-bus and real samples were collected from a grid system. The simulation results confirm that the introduced scheme can handle the label and non-label and attacks based on the proposed rules historical measurement data decided on the basis of the received value RAE become. 5.5. Self- healing recovery is possible within 10 msec of time limit if multiple attacks are detected by local system agent then feed gain of agent scheduler is adjusted to 1/4 to 1/3. Finally, if the value of RAE deviates according to the complexity of the time constant increases to 20 msec to recover the original response was very close to that of the nominal case.
Highlights
Smart Grid is an intellectual electricity network
Self- healing recovery is possible within 10 msec of time limit if multiple attacks are detected by local system agent feed gain of agent scheduler is adjusted to 1/4 to 1/3
Smart Grid aims to fully integrate high-speed, two-way communication technology. It is the integration of information and communication (ICT) networks to monitor and control electricity production and demand [1].The future grids have the features like two way communication, distributed generation, self-monitoring, self-healing
Summary
Smart Grid is an intellectual electricity network It is a generation electric power system. Smart Grid aims to fully integrate high-speed, two-way communication technology It is the integration of information and communication (ICT) networks to monitor and control electricity production and demand [1].The future grids have the features like two way communication, distributed generation, self-monitoring, self-healing. This vision is achieved by using ICT in smart grids. We present our approach to self-healing behavior in smart grids identify the attack
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More From: International Journal of Engineering and Advanced Technology
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