ID 原文 译文
10244 根据无偏置上仰投弹战术描述,建立了基于机动组合的战术模型。 According to the unbiased set up bombs tactics described, based on the combination of mobile tactical model is established.
10245 综合考虑战机机动性能和激光制导弹使用限制等约束条件,以地面目标毁伤程度最大化和战机受威胁程度最小化为目标,建立了战术机动多目标优化模型。 Missile and laser system considering aircraft maneuver performance constraints of limited use, degree of damage to ground targets to maximize and aircraft by minimizing the target threat degree, tactical maneuvers multi-objective optimization model is established.
10246 采用基于分解的多目标优化算法求解模型。 The multi-objective optimization algorithm based on decomposition model.
10247 仿真实验验证了模型和算法的可行性、有效性。 Simulation results verify the feasibility and validity of model and algorithm.
10248 为了研究水下航行器探测的新途径,以水下航行器产生的尾流为研究对象,推导建立了水下航行器尾流感应电磁场的浅海数学模型,并利用高斯积分法对数学模型进行了数值求解和实例仿真计算。 New way to study the detection of underwater vehicle, in wake of underwater vehicle as the research object, established the underwater vehicle wake induced electromagnetic field is derived mathematical model of the shallow sea of mathematical model and by using the gauss integral method for numerical solution and the instance simulation calculation.
10249 结果表明,水下航行器尾流感应电磁场具有频率低、远场衰减速度慢、传播距离远、持续时间长的特点,量级可观具有可探测性,可用于对水下航行器的探测。 The results show that the underwater vehicle wake induced electromagnetic field with low frequency and slow attenuation speed, far field characteristic with long transmission distance, duration, magnitude has significant detectable, can be used for the detection of underwater vehicle. ‭
10250 为了保证面向指挥决策支持的在线仿真系统可信性,提出了情报数据驱动的在线仿真系统动态修正方法。 In order to ensure that the command and decision support system for on-line simulation credibility, proposed the intelligence data driven online simulation system of dynamic correction method.
10251 首先,依据情报数据变化快慢,将其分为缓变和快变两类数据; ‭ First of all, on the basis of intelligence data speed change, it divided into two categories, slow and fast change data;
10252 然后,从位置接近性和外形相似性两个方面刻画缓变数据间差异,从趋势项差异和平稳项差异两个方面刻画快变数据间差异,由此实现了仿真输出与情报数据一致性的度量; ‭ ‭Then, from two aspects of location proximity and similarity shape features graded differences between data, from the trend term and smooth differences differences between the two aspects of depicting fast variable data, thus realizes the simulation output and intelligence data consistency measure;
10253 进一步,基于拉丁超立方实验设计方法确定仿真模型"修正集合",并利用主成分分析综合仿真输出一致性指标,从修正集合中选择使得仿真模型可信性最佳的修正方案。 ‭Further, the simulation model is determined based on the Latin hypercube experimental design method "fixed collection", and by using principal component analysis comprehensive simulation output consistency index, from the correction in the collection choose to make the best correction scheme of simulation model credibility.