动态规划法

• 3 . the fundamental principle of loading of influence surface for straight - bridge is expounded by using the mixed method of dynamic programming and exhautive taking , and which is extended to the loading of influence surface for curved - bridge by quoting the idea of equivalent influence surface
  应用动态规划法和穷举法并举的混合法思想，阐述了直桥影响面加载的基本原理，并引入等代影响面的概念将此理论推广应用于弯桥影响面加载。
• The solution approaches that have been proposed in the work with this thesis , and which are widely used at present , are dynamic programming and lagrange relaxation . the corresponding software is developed to simulate the case to demonstrate the effective of the model and the arithmetic
  对于该模型的实现，本文分别提出了动态规划法和拉格朗日松弛法来求解该问题的解决方案，并且编制了相应的软件进行仿真以说明了本文所提模型和方法的有效性。
• 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。
• This thesis chapter as follow : the first chapter introduces the soccer robot ' s game , and the origin of dialectics analysis and the content of the subject ; the second chapter applies the system analysis method into the research and analysis towards the logical structure of the soccer robot and intelligent decision support system , put forward the new concept of model class , and applies the oriented object to express the knowledge ; the third chapter put forward the concept of " blackboard decision model " ; the fourth chapter discussed the soccer robot ' s strategy system , and applies the the dynamic planning into the research towards the cooperation of mas , the chapter also gives the algorithm and the emulate results ; the fifth chapter discusses the research of mas ii conflict and its algorithm
  本文的安排如下：第一章介绍了足球机器人比赛的概况、智能决策系统的发展情况，以及系统分析法理论的由来及本课题研究的内容；第二章运用系统分析法对机器人足球系统及其智能决策系统进行了研究和分析，提出了模型类的新概念，在知识库的表示方法中引入了面向对象的表示法；第三章引入了“黑板决策系统”的新概念；第四章讨论了足球机器人的基本策略和高层策略，把运筹学中的动态规划法引入到协同任务中来，并给出了算法及仿真结果；第五章是对基于协调的多智能体冲突消解的研究，实现了向避免型冲突转换的关键技，并给出了相应的算法。
• So a lot of researchers have attached importance to optimization computing , and put forward all kinds of algotithms for optimization problems , for instance : simplex algorithm , dynamic programming algorithm , branch - bound algorithm , etc . but these algorithms are all disadvantage and can not be applied to complex nonlinear optimization problems
  为了解决各种优化计算问题，人们提出了各种各样的优化计算方法，如单纯形法、梯度法、动态规划法、分枝剪界法。这些优化算法各有各的长处，各有各的适用范围，也有各自的限制。
• Firstly , the distortion of rolled piece and the designing method in the beforehand slit pass and slit pass has been analyzed . secondly , based on the research production of predecessor and research of the author , card system selected some corresponding experience formulas such as roll force , roll moment , roll temperature and roll consume , and established spread model in the beforehand slit pass and slit pass and the distribution model of elongation coefficient . subsequently , card system applied the dynamic programming method with minimum roll consume and optimized its pass system
  本文以圆钢双线切分为基本实体模型，着重分析了预切分孔型和切分孔型在轧制过程中的变形特点及相应的孔型设计方法；基于前人的研究成果及作者的探索，选择了相应的轧制力、轧制力矩、温度及能耗模型，建立了预切分和切分的宽展及延伸系数的分配模型；应用动态规划法以能耗最小为目标函数对孔型系统进行了优化设计；利用visualbasic6 . 0和microsoftaccess数据库的连接，建立了数据查询系统，以visualbasic6 . 0和autocad之间的接口在vb环境下完成了断面孔型图的绘制。
• In order to analyze and research deeply in working characteristic and energy expend of mathematical model , this paper mainly focused on working parameter and the problem of unit working with variational load request . algorithm of mathematical model is dynamic programming which have a lot of advantage to solve this kind of problem
  在建立了机组动态实时能耗特性数学模型后，通过对模型求解方法的反复对比分析，选用了较其他算法更有优势的动态规划法来进行数学模型的解算。
• According to the least twin multiplication to calculating the sensitivity index in several water production functions . thus , the writer obtains the fitted the value of the sensitivity index and the varied rule . at the same time , the writer puts forward a new method named rag a ( real coding based accelerating genetic algorithm ) and combines raga with dpsa to calculating the best irrigation system under the non - sufficient irrigation of well irrigation rice in sanjiang plain
  根据《随机水文学》理论中的时间序列分析法，建立了适合三江平原井灌水稻需水量预报的非平稳时序随机模型；通过分析降雨随机特性，选定季节性时序随机模型，建立了适合三江平原井灌水稻降雨预报的月平均降雨模型；根据最小二乘法，计算出几种常用水分生产函数中的敏感指数及敏感系数，进而得到三江平原适宜采用的水分生产函数漠型及模型中敏感指数的变化规律；本文提出遗传动态规划法( raga ? dp ) ，即采用改进的基于实数编码的加速遗传算法( realcodingbasedacceleratinggeneticalgorithm ，简称raga )与动态规划法( dpsa )相结合，推求非充分灌溉条件下三江平原井灌水稻的最优灌溉制度。
• This paper firstly introduces the phylogeny and actuality of tide - power stations ; the development style of them ; and then , establishes the mathematics model of optimal regulation of tide - power stations ; narrates how to use eq , dynamic programming , genetic algorithm to solve the problem of optimal regulation of tide - power stations individually ; makes comparison of three kinds of methods , pointing out the excellence and weakness of each method ; discusses some particular problems of tide - power stations , differing from normal water power stations . besides , this paper uses vb to develop an optimal regulation software which can be used in all tide - power stations
  本论文首先介绍了世界潮汐电站的发展史及发展现状；潮汐电站的建库方案；然后建立潮汐电站厂内经济运行和短期优化调度的数学模型；在此基础上，进一步使用等微增率法、动态规划法和基因遗传算法来求解潮汐电站优化调度问题，并对三种方法作了比较，指出各自的优缺点；论文也探讨了潮汐电站优化调度中不同于常规水电站优化调度的特殊问题的处理方法。
• The optimal design of water supply networks has been broadly and deeply studied by many domestic and foreign scholars because of its important status in water supply engineering . the scholars advanced many kinds of optimal methods , such as classic optimal method , linear programming method , dynamic programming method , generalized reduction gradient ( grg ) method and simple genetic algorithms ( sga )
  由于给水管网优化设计在给水工程中占有重要地位，国内外学者对其进行了广泛而深入的研究，提出了多种优化方法，诸如经典优化法、线性规划法、动态规划法、广义简约梯度法以及标准遗传算法。