1) pipeline relation graph
流水关系图
1.
This paper discusses the algorithms of creating the data dependence relation graph and pipeline relation graph,the discrimination rules of the pipeline parallel,and how to create the pipeline parallel code automatically.
该文针对流水并行代码的自动生成进行讨论,包括数据依赖关系图和流水关系图的建立、流水并行判别准则和流水代码的自动生成等。
2) pipeline relationship directional graph
流水关系有向图
1.
Then from the viewpoint of graph theory,the paper gives the definition of pipeline relationship directional graph and the condition of whether the pipeline parallel computing can be implemented.
首先给出全相关Block递归方程组的模型方程,并从图论的角度给出了流水关系有向图的定义以及流水线并行条件的判别准则,分析了影响流水线并行效率的主要因素。
3) density-flux relationship graph
密度-流量关系图
4) precipitation runoff relationship
降水径流关系
1.
Development and utilization of groundwater,soil and water conservation and ecological construction were analyzed as two main factors resulting in the change of precipitation runoff relationship.
从地下水开发利用、水土保持生态建设两方面分析流域降水径流关系变化的成因,说明山丘区、平原区径流系列一致性修正方法,提出一致性、代表性较好的径流成果。
5) stage-discharge relation
水位流量关系
1.
Application of orthogonal polynomials with constraints to fitting of stage-discharge relation;
加约束正交多项式在水位流量关系拟合中的应用
2.
Optimizing stage-discharge relation curve by computer;
水位流量关系曲线计算机优选应用分析
3.
Application of electronics recognition to stage-discharge relation;
系统辨识在水位流量关系中的应用
6) water level-discharge relation
水位流量关系
1.
In this paper,many kinds of calculation methods are intreduced,such as water lever-diseharge relations fit at lower water level and extend externally at high water level under the condition that whether there are real tested discharge data existed taking the analyze and calculation of water level-discharge relation at the beforehand feasibility study,feasibility study and design stage as example.
以戈兰滩水电站预可研、可研设计阶段水位流量关系分析计算为例,阐述了有、无实测流量资料条件下,水位流量关系低水部分拟合、高水部分外延的多种计算方法,总结了多种成果比较与合理性分析的重要性,尤其是在结果有差别时,不同的优选成果对水轮机选型、施工导流规模等的设计有较大的影响,进而影响水电站的效益。
2.
Based on analyzing of the shortage in the traditional fitting stage-discharge relation,particle swarm operation algorithm is introduced and applied in fitting water level-discharge relation,and compared with the tradition algorithm and GA.
针对传统水位流量关系曲线拟合过程中精度不高的问题,将粒子群优化算法(PSO)应用于水位流量关系拟合,通过实例应用将该法与传统优化法及遗传算法的拟合结果进行了比较。
补充资料：经济关系(见生产关系)
经济关系(见生产关系)
economical relation
1 ingji gU口nxj经济关系(eeonomieal relation)系。见生产关
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条