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Using Adaptive Neuro Fuzzy Inference System to Build Models with Uncertain Data for Rainfed Maize Study Case in the State of Puebla (Mexico)

机译:采用自适应神经模糊推理系统在普埃布拉(墨西哥)的雨水玉米学习案件中构建模型

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Using the methodology of Adaptive Neuro Fuzzy Inference System (ANFIS) a model to determine the relationship suitability index with the yields per hectare and the percentage of production area lost of rainfed maize for the state of Puebla was built. The data used to build the model presented inconsistencies. The data of the INEGI's land use map presented more municipalities without rainfed maize agriculture than the database of SAGARPA. Also the SAGARPA data, in terms of the percentage of production area lost, do not show any distinctions between the loss due to climate, pests, or simply that the farmer did not plant the total area that was declared, or had not harvested all the area declared. Even with data inconsistencies ANFIS produced a coherent output reviewed by experts. The model shows that higher the percentage of production area lost and high yields the higher the suitability index is. According to local studies this is due to the high degradation of the soils.
机译:利用自适应神经模糊推理系统(ANFIS)的方法是模型,以确定与每公顷产量的关系适用性指标,建立了普韦布拉州雨水玉米产量的百分比。用于构建模型的数据呈现不一致。 inegi的土地使用地图的数据展示了更多的市政当局,而不是雨水农业而不是Sagarpa的数据库。此外,在丢失的生产面积百分比方面,Sagarpa数据,在气候,害虫或仅仅是农民没有种植宣布的总面积,或者没有收获所有的损失之间的任何区别区域宣称。即使数据不一致,ANFIS也产生了由专家审查的相干输出。该模型表明,损失和高收益率较高的百分比越高,适用性指数越高。根据当地的研究,这是由于土壤的高降解。

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