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Title: A fuzzy adaptive correction scheme for short term load forecasting using fuzzy layered neural network
Authors: Dash, P K
Dash, S
Rahman, S
Keywords: expert systems
inference mechanisms
load forecasting
neural nets
Issue Date: 1993
Publisher: IEEE
Citation: Proceedings of the Second International Forum on Applications of Neural Networks to Power Systems, ANNPS '93.,19-22 April 1993, Yokohama, P 432-437
Abstract: A hybrid neural network-fuzzy expert system is developed to forecast one hour to forty-eight hour ahead electric load accurately. The fuzzy membership values of load and other weather variables are the inputs to the neural network and the output comprises the membership value of the predicted load. An adaptive fuzzy correction scheme is used to forecast the final load by using a fuzzy rule base and fuzzy inference mechanism. The paper also presents a fuzzy pattern classification approach for identifying the day-type from the historical load database to be used for training the neural network. Extensive studies have been performed for all seasons, although the results for a typical winter day are given in the paper to demonstrate the powerfulness of this technique
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