ID 原文 译文
10054 最后,通过图像修复仿真实验,证明了所提出的加权矩阵补全模型相对于传统的不加权矩阵补全模型可得到更高的峰值信噪比,所设计的算法具有明显的优势。 Finally, through the image restoration simulation experiment, proves that the proposed weighted matrix completion compared with the traditional model of weighted matrix completion model can get higher peak signal to noise ratio, the designed algorithm has obvious advantages.
10055 为解决靶场测量中基于图像处理的光电经纬仪自动调焦过程中计算量大和背景干扰的问题,提出一种大小和位置自适应目标变化的调焦窗口构建方法。 To solve the range measurement based on image processing of photoelectric theodolite calculation in the process of automatic focus and background interference problems, put forward a kind of adaptive target size and position of the focusing window construction method.
10056 该方法利用Mean-shift算法进行跟踪获得目标位置信息,并以目标中心位置为参考点,计算图像像素归属度;‭ ‭The method using the Mean shift tracking algorithm for target location information, and at the center of the target location as the reference point, calculation of image pixels belonging degree;
10057 使用Log-Gabor滤波器组和高斯差分模型模拟人类视觉系统进行显著性检测,以归属度加权的视觉显著性特征确定目标区域,结合Epanechnikov核函数构建自适应核函数,降低目标尺度变化及背景像素的影响,实现目标的有效跟踪。 ‭Using the Log Gabor filter group and gaussian difference significance test model to simulate the human visual system, to be weighted visual significant characteristics to determine the target area, combining Epanechnikov kernel function to build adaptive kernel function, reduce target dimension change and the influence of the background pixels, achieve the goal of effective tracking.
10058 对目标区域利用对角邻域法进行边界扩展,构建自适应目标变化的调焦窗口。 ‭Of target area using the method of diagonal neighborhood boundary extension, build adaptive target change focus window.
10059 在某型号光电经纬仪上的实验结果证明,该方法能够实时、有效地跟踪目标并构建调焦窗口。 ‭In a type of photoelectric theodolite on the experimental results show that the method can real-time and effective tracking target and build focusing window.
10060 处理720piexl×576piexl大小的图像,耗时小于20ms,满足光电经纬仪实际需求,具有广泛的工程应用价值。 ‭Image processing piexl 720 x 576 piexl size, time consuming less than 20 ms, meet the needs of photoelectric theodolite, has extensive engineering application value.
10061 稳健可靠、精干灵活的网络结构,是体系作战信息顺畅传递、高效流转的重要保证。 Stable and reliable, hard working and flexible network structure, the system is operational information flow, the important guarantee of effective circulation.
10062 首先,引入超网络理论,提出体系作战信息流转超网络概念,构建由物理层和逻辑层组成的分层网络结构; First, introducing the theory of super network, puts forward the system of combat information flow network concept, build layered network architecture consists of the physical layer and logical layer;
10063 其次,以物理层抗毁性最强、逻辑层流转效率最高、整体网络化效能最大为优化目标,建立作战信息流转超网络均衡模型; Second, the strongest in the physical anti-destroying ability, logic layer flow efficiency highest, the efficiency of the whole network maximum, super combat information circulation network equilibrium model is set up;