路径目标模型提出两类权变变量，环境变量和下属的个人变量可能会偶然性的发生变化。
The path-goal model proposes two classes of contingency variables- those in the environment and those that are part of the personal characteristics of the subordinate.
武装人员在袭击之前，利用“Google地球”制作了袭击目标的三维模型，设计了最佳的进出路径、防守位置以及安全岗位。
Before the assault they had used Google Earth to explore 3-d models of the target and determine optimal entry and exit routes, defensive positions, and security posts.
在拆卸路径规划模型中，以拆卸效率最优作为优化目标，给出了算法流程。
In the DSP model, the disassembly efficiency is used as objective function and the flow chart of the algorithm is presented.
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。
There exists a problem of selecting alternative process models, which can be transformed into a problem of multi-objective fuzzy shortest path.
对近程地面目标监测雷达的回波进行分析，建立相应的目标信号模型、多路径效应回波模型和杂波模型。
The echo of short range radar detecting ground targets are analyzed in this paper, Models for targets, multipath effects and clutter are constructed.
在建立前视声呐视域模型和人工势场模型的基础上，对AUV进行决策控制，通过梯度逼近法对目标进行搜索，快速规划出一条无碰撞的路径。
On the basis of building forward looking sonar view model and artificial potential model, decision control of AUV is made, objects are searched through grads approach, a collision free path is planed.
建立了拣选路径的数学模型，明确定义了其目标函数以及约束条件，通过对拣选路径优化问题的数学模型的分析，采用基于字符编码的混合遗传算法来求解。
Furthermore under the analysis of such mathematic model of the sorting route optimum problem, that function is resolved by the application of the mix genetic arithmetic based on character code.
基于渗透模型的网络攻击路径挖掘方法，通过匹配知识库定义的基本渗透过程，模拟攻击过程中网络安全状态变迁，挖掘可能达到特定攻击目标的攻击路径。
An infiltration model-based attack path analysis method was proposed which can simulate network security state changes and give out attack paths that may lead to certain attack goals.
以此模型为基础，利用改进的关键路径算法，得到网络化防空作战系统与目标对抗过程中的关键路径；
Combined with improved algorithm, the engagement critical path of networked Air Defense System with target was calculated.
文中建立了以最小换乘次数为第一目标，最小途经站数为第二目标的公交出行最优路径模型。
A model of optimum route with the minimal transfer times as primary goal and the minimal stops as second goal was built.
文中建立了以最小换乘次数为第一目标，最小途经站数为第二目标的公交出行最优路径模型。
A model of optimum route with the minimal transfer times as primary goal and the minimal stops as second goal was built.
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