流量分配优化,network routing optimization model
1)network routing optimization model流量分配优化
1.Based on the k-shortest path set between each OD,the multi-modal express shipmentnetwork routing optimization model is proposed.研究综合运输体系下快捷货运网络流量分配优化问题。
英文短句/例句
1.Multi-modal Express Shipment Network Routing Optimization Model and Algorithm综合运输体系下快捷货运网络流量分配优化模型及算法
2.Collaborative Optimization of Capacity Utilization and Flow Assignment in Airport Terminal Area机场终端区容量利用和流量分配协同优化策略
3.SPE-Based Distribution Optimization Model;一类基于SPE的物流配送量优化模型
4.Distribution Methods of Influent Flows and Volume in Multi-stages A/O Process and Its Optimization多段A/O工艺流量及体积分配方法与优化控制策略
5.Study on Flow Ripple and Valve Plate Optimization of Axial Piston Pump轴向柱塞泵流量脉动及配流盘优化设计研究
6.Optimization of Granted-Unit Push Procedure for Online Charging System in 3GPP对3GPP在线计费配额分配流程的一种优化
7.Optimal Industry Total Distribution Model of Water Pollutants;水污染物总量行业优化分配模型研究
8.An Optimization Model of Traffic Assignment;整体优化路网交通量分配的系统思想
9.Study on Optimized models of Goods Transport Flow in 4PL;第四方物流运输任务分配流程的优化模型研究
10.Simulate and Study on Single-tank Flow Condition and Mixing Power Optimizing Configuration;单池流态特性研究与模拟及混合能量配置优化
11.The Research on Annual Runoff Prediction and Optimal Allocation of Water Model in the Irrigation Area灌区年径流量预测与灌区优化配水研究
12.Capacitated logistic distribution vehicle routing optimization带装载量约束的物流配送车辆路径优化研究
13.Online Traffic Distribution Based on System Optimal Strategy基于系统最优策略的占线交通流量分配
14.Research on Optimization Models of Car Flows Assigning on Railway Network and Calculation Comprehensive Analysis;铁路网车流优化分配模型研究与综合算例分析
15.Study on estimation of flux of COD and allocation capacity in Bohai Sea渤海COD入海通量估算及其分配容量优化研究
16.Traffic optimization for distributed network model based on Petri nets基于Petri网的分布式网络单元流量优化
17.Research on Flow Ratio Change Based on Temperature-coefficient Method流温法热分配系统流量比例变化的研究
18.The Flow Simulation and Parameter Optimization of Screw Die for Polymer螺杆分配机头中聚合物流场的模拟与优化
相关短句/例句
optimum rate of flow distribution流量优化分配
3)optimal flow distribution最优流量分配
4)normalized flow distribution归一化流量分配
5)optimal distribution优化分配
1.A mathematical model of the sensoroptimal distribution is established based on maximum information gain criteria,taking identity and priority of target into account.在舰载多传感器信息融合系统中,对传感器优化分配问题进行了研究。
2.To confirm the project of regional water resource development in a reasonable way so as to promote relevantly the sustainable economic development,a multi-objective programming model is developed for theoptimal distribution of water resource in Songyuan city in view of system engineering,according to the present situation of water resource and future goals.为了合理确定区域水资源开发利用方案,促进区域经济持续发展,根据松原市水资源开发利用现状及远景规划目标,以系统工程的观点为指导,运用多目标规划理论,建立了松原市水资源优化分配的多目标规划模型。
3.The solution is made in two steps:getting economic unit commitment subjected to load constraints and obtainingoptimal distribution of spinning reserve.对发电厂热备用容量进行优化分配和成本分析。
6)optimal dispatch优化分配
1.Aiming at the limitation of single-objective optimal model based on minimal Coal consumption of fossil-fired units in the load dispatch at present,multi-objective loadoptimal dispatch model considering both minimal Coal con- sumption and the shortest time to complete load is suggested.针对火电厂负荷优化分配,基于煤耗最小的单目标优化的局限性,提出了兼顾全厂煤耗最小和完成变负荷时间最短的双目标负荷优化分配模型,利用模糊理论将此双目标函数处理成相同约束条件下的单目标函数;然后用动态规划法求解,并将此结果同只考虑煤耗最小的单目标优化模型的结果相比较;最后对4台机组进行仿真。
2.In order to adapt the new mode of electric power market and settle the problem of optimizing unit commitment, an on-line loadoptimal dispatch system is developed in this paper.为适应我国电力市场新的运作模式,针对火电厂单元机组间负荷优化分配问题,开发了在线负荷优化分配系统软件。
延伸阅读
理想流量计试探与流量仪表的选用理想流量计试探1．检测件无阻碍物；2．检测件可夹装在管道外部，可随意移动在任何地点测量而无须截断管道与流体；3．仪表的流量计算方程简单明确，可外推到未知领域而无须实流校验；4．频率脉冲输出信号，数字式仪表，便于远传抗干扰及与计算机联网；5．仪表输出信号不受流体介质物性的影响；6．仪表输出信号不受流体流动特性的影响；7．仪表复现性高；8．仪表范围度宽，线性好；9．仪表可靠性高，价格适宜，维修技术不复杂；10.无须个别实流校验，或只须“干校”，或在一、二种介质中校验可推广到各种介质；11.检测件输出信号直接反映质量流量。可以说至今并没有出现上述的理想流量计，所有流量计都多少具备一些上述条件，只不过有的多些，有的少些。所有流量计制造厂试制新产品都力图能更多地具备上述条件。流量仪表的选用 流量仪表的选型对仪表能否成功使用往往起着很重要的作用，由于被测对象的复杂状况以及仪表品种繁多，产品质量难以掌握等情况，使得仪表的选型感到困难。没有一种十全十美的流量计，各类仪表都有各自的特点，选型的目的就是在众多的品种中扬长避短，选择自己最合适的仪表。 一般选型可以从五个方面进行考虑，这五个方面为仪表性能方面、流体特性方面、安装条件方面、环境条件方面和经济因素方面。五个方面的详细因素如下： 1.仪表性能方面准确度、重复性、线性度、范围度、流量范围、信号输出特性、响应时间、压力损失等；2.流体特性方面流体、温度、压力、密度、粘度、化学腐蚀、磨蚀性、结垢、堵塞、混相、相变、电导率、声速、导热系数、比热容，等熵指数；3.安装条件方面管道布置方向，流动方向，检测件上下游侧直管段长度、管道口径、维修空间、电源、接地、辅助设备（过滤器、消气器）、安装、脉动等；4.环境条件方面环境温度、湿度、电磁干扰、安全性、防爆、管道振动等；5.经济因素方面仪表购置费、安装费、运行费、校验费、维修费、仪表使用寿命、备品备件等。仪表选型的步骤如下：1. 依据流体种类及五个方面考虑因素初选可用仪表类型(要有几类型以便进行选择);2. 对初选类型进行资料及价格信息的收集,为深入的分析比较准备条件;3. 采用淘汰法逐步集中到1-2种类型,对五个方面因素要反复比较分析最终确定预选目标。
