ID 原文 译文
6894 首先建立航空保障装备型谱重要度评估指标体系； First of all aviation security equipment spectrum important degree evaluation index system;
6895 然后采用结合熵权和灰色群组聚类的组合赋权模型,并将综合评估值视为型谱优先级排序实现型谱规划初步筛选； then USES the combination of entropy and gray group clustering combination empowerment model, and the comprehensive evaluation value as a priority of spectrum spectrum planning preliminary screening;
6896 最后基于IMPGA将型谱重要度综合评估值与优化费用之比作为适应度进行各项遗传操作,在多次迭代中实现重要度综合评估值高和费用可控的型谱优化方案求解。 based on the spectrum important degree IMPGA comprehensive evaluation value and optimized the ratio of the cost as fitness for all the genetic operation, realize the important degree of comprehensive evaluation value in multiple iterations and high cost controllable spectrum optimization scheme.
6897 通过型谱规划实例验证了该方法的有效性。 Through spectrum planning examples verify the effectiveness of the method.
6898 研究了战场平台资源的动态调度问题,首先分析了该问题在动态调度过程中的约束条件,构建了以最小化使命完成时间为目标函数的数学模型; Battlefield platform resource dynamic scheduling problem is studied, and the first analyzes the problems in the process of dynamic scheduling constraints, constructed to minimize the mission completion time as objective function；
6899 然后针对问题模型的特点,基于自适应遗传算法提出求解算法; the mathematical model based on the characteristic of the problem model and solving algorithm based on adaptive genetic algorithm is presented；
6900 最后结合具体算例对平台资源动态调度模型及其求解算法进行了仿真验证。 finally, combined with concrete example of platform resources dynamic scheduling model and its algorithm simulation verification.
6901 仿真结果表明,求解方法可以有效应对处理任务新增和平台失效等突发事件并且具有较高的时间效率。 The simulation results show that the algorithm can effectively deal with the task of new platform failure such as emergency and has higher time efficiency.
6902 提出了基于盲分离的空时联合处理抗复合干扰方法,旨在抑制兼有自卫式干扰和多个近主瓣干扰这类复合干扰。 Based on blind source separation is proposed space-time composite interference joint treatment method, aimed at curbing both interference and multiple self-defense near main lobe interference such composite interference.
6903 这类复合干扰在形式上可以分为噪声压制式(考虑多个近主瓣压制干扰)和转发欺骗式(考虑密集假目标干扰:包括近主瓣密集假目标干扰和自卫式密集假目标干扰)。 This kind of composite interference in form can be divided into noise pressing type (considering multiple near main lobe suppression of interference) and forward to cheat type (consider intensive false target jamming: