Multiple simulation data sets with definitive ground truth and various design or parameter settings were generated based on the modified benchmark models proposed in [ 9, 16, 18, 24] and as used to assess various performance characteristics [ 9, 16, 18].
Based on the modified benchmark model proposed in [ 24], we generated 100 simulation data sets under each combinatorial parameter setting, where each data set consists of N = 50 samples and each sample contains M = 5,000 probes.
The effectiveness of the proposed method is proven by applying the proposed approach to two modified IEEE benchmark test systems.
Accordingly, a randomized neighborhood search function is introduced, and its best search parameters are determined experimentally using modified FJSP benchmark instances.
Case studies on a modified IEEE benchmark system have verified the performance of the proposed approach.
Case studies on a modified IEEE benchmark system verified the performance of the proposed operation strategy and optimal planning model of BESS.
The test benchmark is modified from the IEEE first benchmark model.
Test cases are studied on a modified CIGRE microgrid benchmark test system and results are compared with a temporal decomposition scheme based energy management system.
In this section, we simulate the problems of FDIAs on the SSA on the modified IEEE-39 benchmark system.
DeCART was used to model two reactor transient benchmarks: a modified TWIGL problem and a C5G7 transient.
