BP人工神经网络的计算机仿真方法在城市供水量预测中的应用
BP Artificial Neural Network Computer Simulation Methods in Urban Water Supply Forecasts
为了节约能源和水源,某城市的供水公司需要根据日供水量记录估计未来一时间段(未来一天或一周)的用水量,以便安排未来(该时间段)的生产调度计划。根据已有的数据(2006年的部分月份),本文通过运用BP人工神经网络的计算机仿真方法得到了供水总量与最高温度、最低温度、水价之间的关系,并对2008年1月该供水公司(一厂和二厂)供水总量和一厂供水量进行了科学的预测。对于水资源的节约除制定法规和加强宣传外,提高水价格也是节水的主要措施。采用每年调一次水价的措施,希望2008年8月份的供水量不超过5045万吨,我们确定了合理的水价调整方案。
o conserve energy and water, a city's water companies need to record the estimated future water supply for a time (the next day or week) of water, to arrange for the future (the time) the production scheduling plans. The basis of the data (2008, part of the month), the paper through the use of BP artificial neural network computer simulation method has been total and the highest water temperature, minimum temperature, the relationship between the price of water, and 2008 1 On the water companies (a plant and Plant) and a total water supply plant for a scientific forecast. For the conservation of water resources in addition to formulate laws and regulations and strengthen the publicity, raising the water price is the major water-saving measures. Once the price of water used each year for the measures to August 2008 the water supply of not more than 50.45 million tons, we determine a reasonable price adjustment programmes.
单友良、徐云龙、石玉文、张远四
水利经济自动化技术、自动化技术设备计算技术、计算机技术
BP人工神经模型增长阻力模型
BP ASrtificial Neural ModelGrowth Model of Resistance
单友良,徐云龙,石玉文,张远四.BP人工神经网络的计算机仿真方法在城市供水量预测中的应用[EB/OL].(2008-05-14)[2025-08-11].http://www.paper.edu.cn/releasepaper/content/200805-339.点此复制
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