并将两种特征模型进行线性融合，得到最终的目标表征模型，其中的融合系数由特征似然图对比度自适应确定。
The final target representation model was obtained by means of linear fusing the two feature models, and the fusion coefficient was determined adaptively by contrast ratio of feature likelihood map.
而AR模型的阶次由最终预测误差（FPE）判据确定。
The order of the AR model can be determined by Final Predictio nError (FPE) criterion.
本文中通过模型分析与实测法相结合，最终确定中心基站点和中继基站点的位置。
We determine the central base station and a relaying base station position by the actual method unifies and the model analysis.
然后利用AHP层次分析法，确定各因素的权重，最终建立多目标线路的最优选择模型。
Then, based on the certain weighting of each factor and the AHP method, the optimum selection model of the multiobjective path was built.
建立了仿真模型并进行模拟优化，最终确定了达到最佳风选效果的风速、风力倾斜角等多个参数。
The simulation model was established to precede simulation optimizations, and then the optimum data of wind speed, inclination Angle of wind and other parameters were verified.
然后利用遗传算法和AIC确定参数子模型的结构，以获得最终用于表示LTV系统的二次回归方程。
Finally, a quadratic regression equation is used to represent LTV system, and the GA and AIC are introduced to determine the structure of the parameter sub-model.
本系统把各坝系布局的专业模型用计算机语言来实现，结合小流域三维可视化环境，通过人机交互方式确定最终坝的数量、类型、建筑物组成以及进行动态分析。
In this system, computer simulated dam system layout model, and could dynamic analysis and get amount, type and composing of building, combining 3d visual modeling and Human-Computer interaction.
即本文所用闭环供应链鲁棒运作模型对最终产品价格以及回收率的不确定性是鲁棒的。
That is to say the model of this paper is robust of the uncertainty of final product prices and the recovery rate in a certain constraint area.
通过建立钢包传热模型，对钢包内的烟气进行传热分析，最终确定烟气进入蓄热体前的温度，为烘烤设备的设计提供参考。
Base on the model of heart transfer in the ladle, the article analyzed the heart transfer of exhaust gas in ladle. This result can be used for the optimal design of regenerative heat exchange device.
以洞庭湖水体富营养化监测为最终目的，由此确定了最佳水体遥感提取模型为MNDWI指数模型。
The purpose of monitoring the eutrophication of Dongting lake areas is taken, so the MNDWI model was selected for water body extraction.
文中还用光测数据迭加原理确定了弹性应力阶段洞室围岩在各种荷载作用下的最终成果，避免了模型由于同时加载困难所带来的单独施加荷载所造成的繁琐量测和计算。
Using the principle of photoelastic data superposition, the author defined the net effects of stress in wall rocks of the cave under all kinds of load. This avoided the trouble…
文中还用光测数据迭加原理确定了弹性应力阶段洞室围岩在各种荷载作用下的最终成果，避免了模型由于同时加载困难所带来的单独施加荷载所造成的繁琐量测和计算。
Using the principle of photoelastic data superposition, the author defined the net effects of stress in wall rocks of the cave under all kinds of load. This avoided the trouble…
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