首页> 外文会议>International Symposium on Earthhazard and Disaster Mitigation >Prediction Model of Earthquake with The Identification of Earthquake Source Polarity Mechanism through The Focal Classification Using ANFIS and PCA Technique
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Prediction Model of Earthquake with The Identification of Earthquake Source Polarity Mechanism through The Focal Classification Using ANFIS and PCA Technique

机译:使用ANFIS和PCA技术通过局灶性分类识别地震源极性机制的地震预测模型

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Incidence of earthquake disaster has caused casualties and material in considerable amounts. This research has purposes to predictability the return period of earthquake with the identification of the mechanism of earthquake which in case study area in Sumatra. To predict earthquakes which training data of the historical earthquake is using ANFIS technique. In this technique the historical data set compiled into intervals of earthquake occurrence daily average in a year. Output to be obtained is a model return period earthquake events daily average in a year. Return period earthquake occurrence models that have been learning by ANFIS, then performed the polarity recognition through image recognition techniques on the focal sphere using principal component analysis PCA method. The results, model predicted a return period earthquake events for the average monthly return period showed a correlation coefficient 0.014562.
机译:地震灾害发生率导致了相当数量的伤亡和材料。 该研究具有可预测地震返回期与地震机制的可预测性,这是在苏门答腊的研究区的地震机制。 预测地震,历史地震的培训数据使用ANFIS技术。 在这种技术中,历史数据集成两半的地震发生日平均值。 要获得的输出是一个模型返回时期地震事件每日平均平均。 返回期通过ANFI学习的地震发生模型,然后通过使用主成分分析PCA方法通过焦球上的图像识别技术进行极性识别。 结果,模型预测了平均月返回时期的返回时期地震事件显示了相关系数0.014562。

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