2) super-resolution imaging
超分辨成像
1.
This paper implemented a multi- radar united super-resolution imaging algorithm.
本文实现了一种多雷达融合联合超分辨成像算法,该方法基于单雷达观测数据指数和模型,建立了联合的多雷达观测数据模型,并将雷达二维成像的矩阵束算法引入到多雷达观测融合成像中,利用多雷达观测数据估计散射中心的参数,有效提高了分辨率。
2.
Super-resolution imaging can remarkably improve the image quality,but the algorithm s complexity increases rapidly and it is difficult to select the regularization parameter.
利用傅立叶变换进行雷达目标成像,分辨率受瑞利准则的限制;超分辨成像技术能显著改善雷达图像的分辨率,但算法的复杂性急剧增加并且正则化参数不易选取。
3) super-resolution image formation
超分辨率图像生成
4) imaging resolution
成像分辨率
1.
Beylkin,Wu and Toksz,Seggern,Vermmer,Chen and Schuster carried out many studies in the factors affecting the seismic imaging resolution by means of qualita.
据此在明确分辨力与分辨率的定义之后,从理论上对地震成像分辨率进行系统分析并给出了地震成像分辨率的定量计算式。
2.
Improving imaging resolution can optimize imaging performance.
成像分辨率是评价CCD成像系统的主要技术指标。
3.
The imaging resolution of UWB-TWI is analyzed and derived to establish the correspondences between the imaging resolution and the impulse time resolution as well as the influence of radar arrangements on the imaging resolution.
同时根据改进的成像方法,分析并推导了超宽带穿墙成像的分辨率公式,建立了成像分辨率与时间分辨率对应关系,以及雷达布阵对成像分辨率的影响关系。
5) image super-resolution
图像超分辨率
1.
On the base of the analysis of single image super-resolution reconstruction, the paper builds a new image degenerating model and discusses the similarities and differences between the proposed model and classic image restoration model, and then analyzes the algorithm implementation steps.
在分析单幅图像超分辨率重建问题的基础上 ,建立一种新的图像退化模型 ,并分析了提出的模型和经典图像恢复中模型的异同点 ,然后分析了算法实施步骤 ,针对提出的分层剥离算法 ,采用级联模板运算方法 ,从而简化了方程计算的复杂度 。
2.
On the basis of Har ri s theory of image super-resolution,the inconsistency in the traditional theory of image super-resolution is analyzed and the model of image formation is impr oved.
论文从Harris等人提出的图像超分辨率理论出发,分析了传统图像超分辨率理论的不妥之处,并在此基础之上对成像模型进行了改进。
6) very high resolution image
超高分辨率影像
1.
In order to extract geometric precise and detailed building boundary,a new approach is presented integrating very high resolution images and LiDAR data.
以精确自动提取建筑物轮廓为目标,提出一种LiDAR辅助下利用超高分辨率影像进行轮廓提取的新方法。
补充资料：高分辨电子显微镜(见高分辨电子显微术)
高分辨电子显微镜(见高分辨电子显微术)
high resolution electron microscope
高分辨电子显微镜high resolution eleetronmieroseope见高分辫电子显微术。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条