兴利调度 meaning in Chinese
utilizable regulation
Examples
- Fuzzy pattern - recognition crossover iteration model for optimization of reservoir ' s useful dispatching
应用模糊模式识别交叉迭代模型优选水库兴利调度决策方案 - The multi - purpose dynamic planning model for usable regulation of the phase project for dahuofang reservoir makes the solution by converting the multi - purpose dynamic model into a single purpose dynamic model and has a better practicability
大伙房水库二期兴利调度多目标动态规划模型将多目标动态规划模型转化为单目标动态规划模型求解，有较好的实用性。 - The dynamic plan , which is a basic way of math , has great scope for using in optimization regulation . it decomposes a complicated problem into a series of simple problem which contain one variable and agree with the decision having many stages about reservoir ' s optimization regulation
动态规划法是最优化技术中适用范围最广的基本数学方法，它是把一个包含多变量的复杂问题分解成一系列各自只包含一个变量的简单问题，适合于水库兴利调度的多阶段决策。 - In this paper , combined with the practical situation of water supply of xian city and the jinpen reservoir , the inflow characteristics and water requirement state of every water supply object are analyzed , the optimal operation model of this complex utilization reservoir is developed with consideration of its multi - objective and nonlinear features and several models are used to make the optimal dispatching of the reservoir , then the reservoir optimal operate function is established to direct the reservoir operation
本论文结合西安供水以及黑河金盆水库的实际情况，在对水库供水对象需水状况及入库径流进行分析的基础上，应用多种模型进行水库优化调度，并根据水库长系列兴利调度的结果建立水库调度函数以指导水库运行。 - The designing of the auxiliary and decision making software for the reservoir ' s optimizing regulation will given some profitable help to the management of the reservoir , solve the problem of having great data and complicated algorithm in hydrology , improve the benefits of the reservoir having comprehensive utilization in optimal operation . this provides important theoretical and practical benefits to carrying out the strategy of the water resource ' s sustainable utilization
水库兴利调度辅助决策软件的开发为水库管理工作提供了有益的帮助，解决了手工计算时水文数据庞大、数学计算复杂的难题；并且可为调度决策提供多种数学模型对比，对于水资源可持续利用战略的实施具有重要的意义。