Modeling and realization of real time electronic countermeasure simulation system based on SystemVue

In this paper, we proposed a new design scheme of real time electronic countermeasure simulation system. This paper mainly expounds the modeling and realization methods of each part of the whole simulation system, and the real-time property of system has been lucubrated. Electronic countermeasure simulation system is the key part of military training of individuals; it can also allow the realistic evaluation of the performance of modern equipments and techniques. As a proof, we have drawn up a series of simulation scenarios, such as radar electronic reconnaissance simulation scenario, to explain the feasibility and the superiority of our modeling scheme in this paper.     

移动计算终端多途径自适应的信息传输设计

以移动计算系统的网络传输为背景,提出了系统多途径自适应信息传输设计.此设计根据传输信息类型和网络传输途径的状态,按照一定的规则,自动选择一种传输途径进行传输.用户只需简单地参与或者无需参与,即可完成多途径传输任务.与全人工的多途径选择传输相比,此设计提高系统传送信息的效率.     

基于云模型的导弹信息作战指挥效能评估

针对导弹信息作战指挥效能评估中既包含定量指标,又包含定性指标,而对这些指标进行科学合理地统一评价尚存在很多困难的问题,运用云模型对其进行了研究。分析了导弹信息作战指挥能力的指标体系,介绍了云模型的相关理论,并给出了运用云模型进行效能评估的详细算法,利用云发生器得到了最终的评估结果。最后给出了一个评估实例,结果证明该方法有效可行,能很好地解决效能评估中定性语言到定量值之间的转化问题。     

Modeling and analyzing point cloud generation in missile-borne LiDAR

The missile-borne LiDAR has an essential prospect in precise guidance. However, the instability of the missile has a significant impact on the precision of LIDAR point cloud, thus modeling and analyzing the influencing factors of point cloud generation is necessary. In this investigation, the authors modeled the point cloud calculation process of missile-borne linear array scanning LiDAR under ideal conditions and analyzed the effect of position change on the field of view (FOV) in the course of platform motion. Subsequently, the authors summarized that the stability concerning the field of view and the target tracking are dependent on three limiting conditions. Finally, the authors derived an error formula and analyzed several typical errors in missile platform flight, including scanner error, POS error, system integration error, and platform vibration error. Based on theoretical analysis and simulation experiments, the model proposed in this paper can provide a theoretical basis for the design of the missile-borne LiDAR system and the selection of related instruments in practice.     

基于云模型的坦克射击目标选择研究

由于现代战斗中大量使用各种先进的武器系统和技术装备,我坦克在战场上面临多种不同种类、不同价值、不同威胁程度的射击目标。然而,战场情形瞬息万变,需要考虑的因素错综复杂,因此,需要一种能够应用于指挥控制系统的射击目标选择方法来辅助坦克乘员进行射击目标选择。尝试应用构建云模型的方法对坦克射击目标的特点进行分析,从而得出备选目标的一组排序。