寻求水库最优调度轨迹过程线是水库优化调度中的经典、难点问题。
It is a classic and difficult issue to find the reservoir optimal scheduling process.
该模型以水库优化调度模型为主模块，以水电站厂内优化运行为子模块。
In this model, the optimal reservoir operation model is regarded as main pattern and the power plant optimal operation model is regarded as sub-pattern.
为提高蓄能电站发电收益，建立了基于长期水文预报的水库优化调度方案。
To increase power generating benefits of the pumped-storage station, this paper mainly discussed the program of reservoir dispatching optimization, which based on long-term hydrological forecasting.
根据“七一”水库优化调度实施成果，闸述了水库优化调度的任务与方法。
Based on the practical results of optimum dispatching for Qi-Yi reservoir, the task and the method of reservoir optimum dispatching were described.
阐述了人工神经网络的基本原理，提出了建立水库优化调度函数的BP网络模型。
Based on the explanation on principle of artificial neural network, the BP network model for reservoir operation rules is established.
表明本文算法可以用于求解具有复杂约束条件的非线性混联水电站群水库优化调度问题。
The comparison of the optimization result obtained from this algorithm with that obtained from progressive optimization algorithm for an example verifies the effectiveness of this approach.
依此作为约束条件，以主库弃水量最小为目标，提出了北大港水库优化调度的问题，并予以求解。
In order to reach the aim of the lowest loss water of main reservoir, the best dispatching problem is drawn and come to a conclusion.
本文介绍了人工神经网络基本原理和常用的前馈式网络模型，并将该模型理论应用到水库优化调度之中。
The paper introduces the keystone of the artificial nerve network and the usual forward feedback network model. And the model theory was applied in the reservoir optimum operation.
本文首先阐述了水电站水库优化度研究的必要性和国内外水库优化调度的主要成果及目前常用的水库调度方法。
This article first introduced the possibility of the research and main accomplishment of single reservoir optimal operation and the usual method.
区间分析中的区间优化方法适用于求解有约束的非线性规划问题，而大多数的水库优化调度模型就是属于这类问题。
Interval optimization in interval analysis is proper to solve nonlinear programming problems with restrictions, which most of the reservoir optimal dispatching models belong to.
通过实例计算分析，结果表明该模型合理、可靠，具有较高的计算效率与计算精度，为梯级水库优化调度提供了新的思路。
The results manifest that the model is not only reasonable and reliable but also more effective and precise in computing. It provides a new idea for optimal operation of cascade reservoirs.
目前，大系统优化理论在水电站水库群系统优化调度领域渐受重视，在防洪水库群系统中的应用才刚刚起步。
Now, LSS optimization theory has been attached great importance to in the area of hydro-power plants reservoirs system optimization, but it is still underway in the flood control reservoirs.
从整个流域防洪角度，要求流域内水库群的总余留防洪能力最大，以满足调度最优化的要求。
From the point of all drainage basin flood control, to reach the optimization schedule, it requires maximum of the total pre-kept ability.
文章介绍了大系统分解协调理论，建立了串联、并联库群水库防洪优化调度模型。
The paper introduces the large system decomposition coordination theory, establishes the reservoir flood control optimization operation model of series and parallel connection reservoirs group.
在进行水库群长期优化运行的研究中，讨论了一种适合于寻求水资源系统优化运行决策规则调度模型。
In the research on long term optimization operation of reservoir system, an operation model suited to seeking decision rule for water resources system is discussed.
在阅读和研究大量水库调度领域文献的基础上，研究了中长期优化调度以及发电调度风险评估问题。
Based on reading and studying large number of literatures about reservoir scheduling, the long-term optimization scheduling problem and the scheduling risk assessment are studied.
该系统集成了洪水预报、水库调度、发电优化、数据整编等各方面功能，并可进行梯级电站联合调度。
The system combines flood forecasting, power generation optimization, data reorganization and many functions so on and can make joint dispatching of cascade hydropower stations.
建立了水库调度风险分析的模型和水库兴利优化调度模型。
The model of risk analysis and the model of utilizable benefit for reservoir operation are established.
通过模型的求解，可得出计算区的最佳灌溉面积、夏粮种植比以及水库的优化调度图。
According to the proposed model, we can obtain optimal irrigated area, scale of summer grain crops and scheduling diagrams of reservoir.
在对区间数学进行描述的基础上引入区间优化方法，对水库防洪优化调度问题建立了区间优化模型。
An interval optimization approach is introduced in modeling of reservoir flood operation by the description of interval mathematics.
计算结果表明，采用混合优化算法的水库群联合优化调度可以在一定程度上提高水资源利用效益，具有很强的实用性。
Calculation results show that the use of hybrid optimization algorithm in multi-reservoir optimal operation can to a certain extent, to improve water use efficiency, with strong usability.
本文研究一种混联水电站水库群中长期优化调度的多维动态规划模型的求解方法。
In this paper a resolving method of multivariate dynamic programming model to mid and long term optimum operation for large scale hydropower system is studied.
并通过水库洪水优化调度方案优选的实例分析了非线性程度和不同类型的相对隶属度计算公式对决策结果的影响。
The effects on the optimization results from non-linearization and different types are analyzed through the case study of optimum operation of flood control.
基于马尔可夫过程的水库发电优化调度，受到广泛研究的优化准则是收益期望值最优。
For the reservoir generation operation based on the Markov process, the extensively applied optimization criterion is the optimal expectations revenue.
该方法可为指导已建水库工程的防洪优化调度提供参考。
The method can provide the reference for flood control optimal operation of the built reservoir.
在研究跨流域引水水电站水库系统特性的基础上，根据系统分析的理论和方法，建立具有跨流域引水工程的水电站水库系统优化调度模型。
The paper deal with characteristic of hydropower station reservoir system with transbasin-water-diversion project, and then, a model for optimal operation of the system is established.
以黄河上游梯级水电站群为例，考虑水电站水库已备有的短期或中长期预报方案，建立其优化调度模型。
The long-term optimal operation model is established for Baishan Hydropower Plant and the model is solved with POA algorithm.
在水库长期优化调度问题中，一般以发电量最大为优化调度模型。
Traditionally referring to the long-term hydro optimal dispatching method, maximizing the power generation is the basic optimization model.
在水库长期优化调度问题中，一般以发电量最大为优化调度模型。
Traditionally referring to the long-term hydro optimal dispatching method, maximizing the power generation is the basic optimization model.
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