This paper mainly studies the problems related to the evaluation of high slope intelligent area under rainfall conditions and, through the unified design method, saturation unsaturation theory, marginal equilibrium neural network theory, and GIS, based on Fengjie area, studies the rainfall conditions and the evaluation of high and low slope stability in intelligent area. This paper provides a positive research and practice way for GIS intelligence and is establishing an intelligent regional evaluation system based on GIS platform. As the goal of high slope stability research under rainfall conditions, the intelligent regional evaluation map based on slope stability can become an important basis for Fengjie region to prevent and control global disasters. Although football training is scientific, scientific and reasonable use of nutrition intervention measures can improve the training efficiency of football players, increase the time of athletes to bear the extreme sports load, delay the fatigue of sports, and ultimately improve the performance of athletes. This study is based on the investigation and field test of nutritional intervention of football players and puts forward and proves the practical basis and empirical effect of nutritional supplements in football players. The purpose is to provide an effective basis for supporting football players’ nutritional supplements through targeted case studies. According to the research of GIS, it is applied to the slope rainfall and football training nutrition intervention, which can effectively improve the slope rainfall and football training nutrition intervention.

本文主要研究降雨条件下高坡智能区评价的相关问题，通过统一设计方法、饱和不饱和理论、边际平衡神经网络理论和GIS，以奉节地区为基础，研究降雨条件和智能区高低边坡稳定性评价[J]. 本文为GIS智能化提供了积极的研究和实践途径，正在建立基于GIS平台的智能化区域评价体系。作为降雨条件下高边坡稳定性研究的目标，基于边坡稳定性的智能区域评价图可以成为奉节地区防治全球灾害的重要依据。足球训练虽然科学，科学合理采用营养干预措施，可以提高足球运动员的训练效率，增加运动员承受极限运动负荷的时间，延缓运动疲劳，最终提高运动员的成绩。本研究基于对足球运动员营养干预的调查和现场试验，提出并证明了足球运动员营养补充的实践依据和实证效果。目的是通过有针对性的案例研究，为支持足球运动员的营养补充提供有效依据。根据GIS研究，将其应用于斜坡降雨和足球训练营养干预，可有效改善斜坡降雨和足球训练营养干预。