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  1. umljianmo

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  2. UML设计方案,水资源供需平衡评价系统软件UML建模,学习UML很好的案例-UML design, a balanced supply and demand of water resources evaluation system software UML, UML good learning case
  3. 所属分类:软件工程

    • 发布日期:2008-10-13
    • 文件大小:52498
    • 提供者:dfdsf
  1. QRSLWJ

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  2. 嵌入式行业方面的专业论文,供需要做论文的研究机构\大学\专家参考,有一定的参考价值.-Professional papers in the embedded industry, supply and demand to do thesis research institutions \ University \ expert reference, there is a certain reference value.
  3. 所属分类:Project Design

    • 发布日期:2017-05-17
    • 文件大小:4557608
    • 提供者:gbq
  1. waterbalance

    1下载:
  2. 本程序是水资源供需平衡程序,可为水资源配置、水库调度和其它软件开发提供参考。-This program is a balance between supply and demand of water resources program for water allocation, reservoir operation, and other software developers to provide a reference.
  3. 所属分类:File Formats

    • 发布日期:2017-04-23
    • 文件大小:98831
    • 提供者:董延军
  1. 01668285_power-system

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  2. Electrical power systems are one of the most complex large scale systems. Over the past decades, with deregulation and increasing demand in many countries, power systems have been operated in a stressed condition and subject to higher risks of
  3. 所属分类:Development Research

    • 发布日期:2017-05-17
    • 文件大小:4417321
    • 提供者:imedp
  1. fwm_tech601prjctpapers

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  2. As energy consumption rises, one must find suitable alternative means of generation to supplement conventional existing generation facilities. In this regard, distributed generation (DG) will continue to play a critical role in the energy supply
  3. 所属分类:Project Design

    • 发布日期:2017-11-16
    • 文件大小:4947203
    • 提供者:sudha
  1. Water-Supply-System-

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  2. 本文分别采用基于时间序列分析的方法和人工神经网络方法建立了天级需水量预报模型-Based on time series analysis method and artificial neural network method, the model of water demand forecasting is established in this paper.
  3. 所属分类:software engineering

    • 发布日期:2017-05-11
    • 文件大小:2150205
    • 提供者:leisure
  1. 零工

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  2. 1,2,3三个城市每年需分别供应电力320,250和350单位,由Ⅰ,Ⅱ两个电站提供,它们的最大可供电量分别为400个单位和450个单位,单位费用(元)如下表所示。由于需要量大于可供量,决定城市1的供应量可减少0单位~30单位,城市2的供应量不变,城市3的供应量不能少于270单位,试求总费用最低的分配方案(将可供电量用完)。(1, 2, 3, three city each year to 320250 and 350 respectively, power supply unit, an I,
  3. 所属分类:文章/文档

    • 发布日期:2017-12-22
    • 文件大小:5120
    • 提供者:信息12
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