the method of sequential indicator stochastic simulation firstly make the geological information discretization code, normally two indicator variables of 0 and 1 . then make the kriging theory act on the variables to get the kriging estimation of indicator variables, namely estimation of probability distribution of the variables in a unknown position 序貫指示隨機(jī)模擬方法首先將地質(zhì)信息進(jìn)行離散編碼,通常編碼成0與1兩值的指示變量,然后將克里金的基本思想用于指示變量,最終得到指示變量的克里金估計(jì),即未知位置變量的概率分布的估計(jì)。
the method of sequential indicator stochastic simulation firstly make the geological information discretization code, normally two indicator variables of 0 and 1 . then make the kriging theory act on the variables to get the kriging estimation of indicator variables, namely estimation of probability distribution of the variables in a unknown position 序貫指示隨機(jī)模擬方法首先將地質(zhì)信息進(jìn)行離散編碼,通常編碼成0與1兩值的指示變量,然后將克里金的基本思想用于指示變量,最終得到指示變量的克里金估計(jì),即未知位置變量的概率分布的估計(jì)。