Problem solving means the ability to formulate problems, think creatively about solutions, and express a solution clearly and accurately.
解决问题意味着要有能力把问题进行方程化，创造性地考虑解决思路，并且清晰又精确地表达出解决方案。
The externalizing of demons enables them to be conquered, but Aries is usually unable to formulate the problem.
外在的恶魔使他们能够被征服，但是白羊座通常不能形成这个问题。
Without adequate data on the nature and extent of the problem it is difficult to formulate a policy to foster a culture of integrity that limits and discourages deviant behaviour.
由于没有充分的数据资料来证实这种问题的本质和严重程度，因此就很难制定一种策略来树立学术诚信、限制和阻止不轨行为。
The externalising of demons enables them to be conquered, but Aries is usually unable to formulate the problem.
白羊座有着外在过人的精力很难被征服，但是他们通常无法理性地认识这个问题。
With the diet problem, you saw how to formulate a simple, multi-variable problem, how to declare bidimensional parameters in GNU MathProg, and how to interpret the results of a minimization problem.
在日常饮食问题中，我们看到了如何对一个简单的多变量问题进行建模，如何在GNUMathProg中声明二维参数，以及如何解释最小化问题的结果。
Using the capability evaluation framework chosen and with the goals of the problem analysis framework in mind, formulate a set of questions to be answered during your interview series.
使用选择的能力评估框架和头脑中的问题问题分析框架，明确在你会见以前需要回答的问题。
Formulate the optimization problem. Select and apply an appropriate optimization technique after some initial sampling of the design space.
阐述最优化问题。在对设计空间进行一些初始抽样后，选择并应用一种合适的最优化技术。
Once the understanding of the need to tackle the problem, you can formulate goals and objectives contained a plan.
一旦了解了需要攻克的问题，你就可以制定一个包含目的和目标的计划。
It is extremely urgent for a modern hospital to confront with the problem that how to protect as well as back up data from hardware to software and formulate an effective disaster backing up plan.
现代医院必须直面一个迫在眉睫的问题：如何从硬件到软件对数据进行保护和备份，制定一份有效的灾难备份计划。
The demand for medical service inducement is caused by various factors, and an analysis on this problem will help to formulate effective mechanisms to solve the problem.
医疗服务诱导需求问题具有多方面的影响，深入分析问题产生的原因有助于从根本上提出解决问题的有效机制。
We resort to a constraint programming approach to formulate and solve the optimization problem.
我们使用约束规划的方法来形式化描述和解决这个优化问题。
The method for calculation of displacement in transversely isotropic elastic strata which formulate to different external static load is a improvement upon existing methods for dynamic problem.
通过对原有动力问题求解方法的改进，得出横观各向同性层状场地在静力荷载作用下的位移求解方法。
We formulate the problem as a continuous-time stochastic control model. Through analyzing the properties of the expected value function, we derive its close-form solution.
我们将该问题描述为一个连续时间随机控制模型，通过对价值函数性质的讨论，我们给出了模型的封闭解。
Based on PS theory, numerical contour matrix was presented to describe the machine constraints and process constraints of job shop PCB assembly optimization problem and formulate the constraint model.
基于多色集合理论，用数值围道矩阵描述了复杂PC B组装工艺流程中组装优化问题的设备资源约束和工艺约束，建立了PC B组装的优化约束模型。
Furthermore, the model is extended to formulate a combined problem of signal control and channelization at road exits.
进一步研究了信号控制与道路出口渠化的组合问题及其模型和求解算法。
We first formulate the problem as a stochastic nonlinear programming problem and then propose a new simple method for solving it via some approximation techniques.
本文先把问题转化为一个随机非线性规划问题，然后用逼近技术给出一个简单的求解方法。
We adopt a stochastic method and develop a two-state Markov chain model to formulate the collaborative freight consolidation problem.
该研究采用了随机的方法，构建了一个两阶段的马尔科夫链模型来描绘了合作的货物集运问题。
Secondly we formulate the optimization problem of sorting plan using the single machine scheduling problem and sequently illustrate a simple algorithm. Finally, the method is acco...
其次，利用机器排序问题处理解体计划问题，并给出一简单算法，由此得到优化的解体计划时间表。
Secondly we formulate the optimization problem of sorting plan using the single machine scheduling problem and sequently illustrate a simple algorithm. Finally, the method is accomplished on the mi...
其次，利用机器排序问题处理解体计划问题，并给出一简单算法，由此得到优化的解体计划时间表。
Thesis this explain high strength high-performance concrete in formulate, problem stored in among the course of maintaining etc. mainly;
本论文主要阐述高强度高性能混凝土在配制、养护等过程中所存在的问题。
Then based on the temporal difference models, we formulate the detection problem in 2 steps, correlation detection and generalized likelihood ratio test (GLRT).
然后基于时域差分模型提出了红外慢速小目标时域检测算法，算法共分为两步：相关检测和广义似然比检测。
I formulate three possible strategies for dealing with the problem of how large to make a retinal pixel, and present evidence for the one that evolution has selected.
作者列举了三种可能的策略来阐释如何设计一个视网膜像素大小，并且为进化中实际选择的策略提供了证据。
I formulate three possible strategies for dealing with the problem of how large to make a retinal pixel, and present evidence for the one that evolution has selected.
作者列举了三种可能的策略来阐释如何设计一个视网膜像素大小，并且为进化中实际选择的策略提供了证据。
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