There exists a problem of selecting alternative process models, which can be transformed into a problem of multi-objective fuzzy shortest path.
因而存在一个对各种方案过程模型选择的问题，这个问题可以转化为多目标模糊最短路径问题。
Setting-up local planning arithmetic for deep sea mining vehicle who walk in scheduled path based on fuzzy decision, and it will decide to across or get around barriers based on barriers' height.
基于模糊决策理论建立了海底集矿车在预定路径上行走过程的避障规划算法，并根据海底障碍物的高度和大小对海底集矿车进行绕障和越障决策。
By far, all the studies are focused on the static shortest path problems and the shortest path problems with uncertain parameter such as fuzzy or random parameters.
到目前为止，所有这些研究都是针对静态最短路径问题以及不确定最短路径问题中具有模糊或随机参数的问题。
Under fuzzy environment, the fuzzy extension matrix approach can generate a set of fuzzy rules from examples according to the minimum fuzzy entropy criterion of the path.
在模糊环境下，模糊扩张矩阵算法根据路径的最小模糊信息熵标准，从示例中归纳产生一组模糊规则。
The path search using Steepest Descent Approach, the cross country path planning about fuzzy environment for an autonomous land vehicle is implemented.
最后用最速下降法进行路径搜索，实现了自主车在模糊环境下的越野路径规划。
The new method quantifies the time parameters with L-R triangular fuzzy number, and identifies the critical path through ranking method of fuzzy number.
新方法将L-R三角模糊数引入到网络时间参数计算，并且采用模糊数大小排序的方法确定关键线路。
The fuzzy shortest path problem on a network appears in many applications. It is significant to research into it.
模糊最短路问题在许多领域有着广泛的应用，研究这一问题具有重要意义。
Based on the study of calculating approaches of fuzzy network, this paper puts forward a new method to calculate the parameters and determine the critical path of fuzzy network planning.
基于对模糊网络计算方法的研究，提出了新的网络参数计算和关键线路判断方法。
In this text, it mainly introduces the application of the fuzzy theory in network planning, and the calculation method of the fuzzy time-parameter, confirmation of the fuzzy "critical path" (CP).
本文主要介绍网络计划中模糊理论的运用及时间参数作为模糊变量的计算方法和模糊网络关键线路的确定。
In this paper, we study the multiple attribute shortest path problems with fuzzy random arc length, which has three attribute: distance, transportation time and transportation cost.
在本文中，我们研究具有模糊随机弧长的多属性最短路问题，即每条弧有三个属性：路程、运行时间、运行费用。
Use rule auto-adjusting fuzzy controller for the correction of welding path deviation to conquer the shortage of general fuzzy controller and make the system having perfect capability.
采用规则自调整模糊控制器进行焊缝纠偏控制，以克服常规模糊控制器的不足，使其具有良好性能。
At the same time, compute all the path criticalities by utilizing the relationship between the critical path of interval networks and the path criticality of the fuzzy network as well.
同时利用截集区间网络关键路径与模糊网络关键度的关系，计算出所有路径的关键度。
The paper proposed a mathematical model of dynamic environment based fuzzy concept and a method of robots path searching based on this model.
本文提出一种基于模糊概念的动态环境模型，以及在此模型基础上的机器人路径搜索方法。
The problem "rules bomb" existing in the general fuzzy controllers has been solved, and it improved the efficiency of mobile robots path planning algorithm.
解决了一般模糊控制器中“规则库爆炸”的问题，提高移动机器人路径规划算法的效率。
In this paper, a new fuzzy variable structure coordinated control scheme for automated guided vehicle (AGV) path tracking is presented.
针对自动导向车(AGV)的路径跟踪，提出一种新的模型参考-模糊变结构滑模-PI组合跟踪控制方案。
In order to solve the problems in control of the mowing robot in its avoiding stumbling bock, The method of fuzzy control with path layout is used based on the distance measure sensors .
针对以往割草机器人避障行为控制过程中存在的问题，并依据割草机器人的智能化工作要求及障碍物的特点，提出了基于测距传感器系统及模糊控制技术的割草机器人避障行为控制方法。
A path assessment model based on fuzzy neural network is established using the path choice index system proposed for traffic congestion situation.
在确立了交通拥堵情况下路径选择指标体系的基础上，建立了基于模糊神经网络的交通拥堵路径评估模型。
Path Planning Based on the Polar Coordinates, Grids, and Fuzzy Controller;
并对如何利用极坐标法进行道路施工测量放样作了论述。
Path Planning Based on the Polar Coordinates, Grids, and Fuzzy Controller;
并对如何利用极坐标法进行道路施工测量放样作了论述。
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