An algorithm for predicting the effect of IPTi was developed using two approaches.
通过两种方法制定一套运算法则，预测儿童间歇性预防治疗的效果。
The effectiveness of IPTi varies with malaria transmission intensity and seasonality.
IPTi的实施效果受疟疾传播强度和季节性影响。
Findings from the two approaches indicated that the percentage of cases targeted by IPTi increases with the severity of the malaria outcome and with transmission intensity.
两种方法结果显示，疟疾病情越严重、传播强度越大时，采用IPTi的患者数比例就越高。
Second, a previously developed stochastic mathematical model of IPTi was used to predict the number of cases likely to be averted by implementing IPTi under different epidemiological conditions.
第二种方法是使用之前开发的IPTi随机数学模型预测，在不同疾病流行条件下，实施IPTi可避免的患病数。
Second, a previously developed stochastic mathematical model of IPTi was used to predict the number of cases likely to be averted by implementing IPTi under different epidemiological conditions.
第二种方法是使用之前开发的IPTi随机数学模型预测，在不同疾病流行条件下，实施IPTi可避免的患病数。
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