Research Article
Enhanced Memetic Algorithm-Based Extreme Learning Machine Model for Smart Grid Stability Prediction
ā | Let be the smart grid operational data, where is the instance of the smart grid operational feature value and is the status of the grid. | (1) | Randomly generate the population , where representing is an instance of the ELM parameter set. | (2) | Evaluate the fitness of each in . . | (3) | Select fittest in as . | (4) | Compute teaching factor and population mean. | (5) | Generate from in : , where is a random number. | (6) | Perform the updating by comparison of each in with the corresponding in . | (7) | For each pair of randomly chosen and in , improvise them by using the following equation: | (8) | Find the best solution in based on the highest fitness. | (9) | Generate a new solution from by using a simulated annealing process . | (10) | Update the population by replacing old with new (returned from the procedure ). | (11) | If a maximum generation is reached, then assign . | ā | Else, go to step 2. | (12) | Return . |
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