3.1. Data randomizations
Like any other MCS study, the first step to conduct the following analyses is to randomize the four earthquake parameters
(i.e., magnitude, distance, frequency, and model error) based on their probability distribution given. In addition to the
magnitude and distance functions shown in Fig. 1, the probability distributions of model error and earthquake frequency are
shown in Fig. 4. As mentioned previously, the model error following the normal distribution is governed by the fundamentals
of a regression model, and earthquake frequency following the Poisson distribution is a common presumption in earthquake
studies [21,22].
3.1. Data randomizationsLike any other MCS study, the first step to conduct the following analyses is to randomize the four earthquake parameters(i.e., magnitude, distance, frequency, and model error) based on their probability distribution given. In addition to themagnitude and distance functions shown in Fig. 1, the probability distributions of model error and earthquake frequency areshown in Fig. 4. As mentioned previously, the model error following the normal distribution is governed by the fundamentalsof a regression model, and earthquake frequency following the Poisson distribution is a common presumption in earthquakestudies [21,22].
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