Resource selection, optimization, problem diagnosis, and planning problems often need some style of inference.
资源选择、优化、问题诊断和规划问题通常都需要进行一定的推理。
How you behave during stressful situations is just as important as planning for the problem in the first place.
在压力很大的情况下，您的行为方式与第一时间针对问题进行规划同样重要。
The problem is, planning can way too often move from a productive activity to diminishing returns.
问题是，计划会常常从一个有生产力的行为变成减少回报的行为。
In Britain, labouring under wartime rationing, planning was a practical problem.
在英国，对于战时配给制度下劳作，计划是一个实际问题。
You walk through identifying the problem, planning for a solution, and eventually updating the door use case to reflect these changes.
您确认该问题、计划解决方案，并最终更新门用例来反应这些变更。
Aimed at the more complex road traffic system, the paper investigates its dynamic traffic planning problem for the purpose of rational planning of the traffic.
针对越来越复杂的道路交通系统，研究其中的动态交通规划问题，以达到对交通进行合理规划的目的。
Classical behavior planning technologies are not enough to represent the time constraints, so they are not good for the operation planning problem.
传统的行为规划技术在时间约束表示上有所不足，因此不能解决有效载荷的操作规划问题。
In this paper a graphic approach to the path planning problem based on the topological method is discussed.
本文提出一个解决基于拓扑的路径规划问题的新途径：图形法。
The traditional method is a table method for solving production planning problem with transportation problems characteristics.
可转化成运输模型的生产计划问题，传统解法为表上作业法。
The control of system can be converted to the motion planning problem for a driftless system.
系统的控制问题可转化为无漂移系统的非完整运动规划问题。
The route prediction for multiple unmanned aerial vehicles (UAVs) task allocation in dynamic battlefield is a complicated path planning problem characterized by multiple paths and real time demands.
战场环境中多无人机任务分配的航路预估是一个具有多路径和实时性双重要求的路径规划问题。
This paper firstly analyses specificities of collision free path planning problem of free floating space manipulators, discusses the corresponding strategies that should be adopted.
对自由浮动空间机械手无碰撞路径规划问题的特殊性及应采取的策略进行了分析和探讨。
This paper start with the basic point to point planning in the right angle space and gradually go deep into the path planning problem of curve planning and arbitrary path point.
本文从直角坐标空间中基本的点到点的规划方法人手，逐步深入到曲线的规划问题和过任意路径点的轨迹规划问题。
The methodology can be used to solve the integration planning problem of distribution network as well as the route planning of feeder and reconfiguration of distribution network flexibly.
该算法可以灵活地用于配电网综合规划问题的求解，其子算法也可用于馈线路径规划问题及配电网网络重构问题的求解。
The method to achieve the grey solution of the planning model is an approximate one, but it is effective, which can be widely used to solve similar planning problem.
文中介绍的求解灰色规划解的方法是一种近似方法，但十分有效，可以应用于求解类似的规划问题。
Because the planning problem includes integral constrains and nonlinear constrains, it is always a NP hard problem.
此类规划问题包含有大量的整数规划及非线性约束，因而被广泛认为是一类NP难题。
To solve the robots path planning problem in dynamic environment, this paper applies adaptive learning to path planning based on reinforcement learning.
本文结合机器人路径规划问题介绍了增强式学习方法，实现了动态环境中基于增强式学习的自适应路径规划。
It is an important foundation of the study on electric system planning problem, economical running and dispatcher automation.
电力系统负荷预测的结果是研究电力系统规划问题、电力系统经济运行及其调度自动化的重要依据。
The overall route planning problem of SCARA type assemble robot is a kind of typical robot route planning problem.
SCARA型装配机器人的全局路径规划是一种典型的机器人路径规划问题。
In this paper, several swarm intelligence optimization algorithm were applied in solving path planning problem in different fields.
本文将二者结合起来，研究了群智能优化算法在不同领域中路径规划规划问题的应用。
Given the stochastic and ergodic characteristics of fuzzy variables, a chaos optimization algorithm is introduced to solve the planning problem.
结合混沌变量的随机遍历特性，将混沌优化算法应用于输电网非线性混合整数规划模型的优化求解。
The path planning problem of mobile robot is an important composed part of robots' study.
本文针对移动机器人的路径规划问题提出了一种实用的路径规划方法。
An equal division point ant colony algorithm (EDPACA) was proposed to solve the swarm-robot mission planning problem.
提出了一种求解群集机器人协作任务规划问题的均分点蚁群算法(EDPACA)。
Based on two-impulse optimal control for relative motion, the formation planning problem is solved.
在相对运动二冲量最优控制的基础上，求解了编队规划问题。
Then, the fuzzy set-covering model is transformed to a 0-1 integer planning problem through fuzzy set operation and operator transformation.
通过模糊集合运算与算子变换把模糊数学模型最终转化为一个0-1整数规划问题。
An important way for solving intelligent planning problem is translating it into propositional logic to solve.
求解智能规划问题的一个重要方法即把智能规划问题转化为命题逻辑公式求解。
For the capacity planning problem at each level, a two-stage mathematical programming model is presented.
针对各阶层的产能规划问题，提出两段式产能规划数学模型。
For the capacity planning problem at each level, a two-stage mathematical programming model is presented.
针对各阶层的产能规划问题，提出两段式产能规划数学模型。
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