亚像素定位技术是提高视觉系统分辨率的软件方法。
The sub-pixel location technology is a method to improve the resolution of a vision system through software.
研究表明，不同的传播介质对系统分辨率的影响不尽相同。
The results show that characteristics of the system resolution are different for various mediums.
由于系统分辨率的限制，关于液滴接触线附近区域液体流动的实验研究较少。
Due to the limitation of the resolution, experimental investigations on the liquid flow in the region near the contact line are scarce.
对于视觉系统来说，影响精度的因素主要有图像噪声、系统分辨率和几何畸变。
As far as a vision system is concerned, its accuracy is affected mainly by noise, system resolution and geometrical distortion.
经实例分析表明，该方法系统分辨率高，信息利用率好，评价结果与实际状况相吻合。
The adoptive cases prove that the method has advantages of good systematic resolving power, high ratio of information resources and reliable assessment conclusion.
基于瑞利判据作为PIV指标的光瞳超分辨技术，可以在不增加光学系统口径的条件下提高系统分辨率。
A pupil super-resolution technique based on the Rayleigh Criterion as a PIV index is studied and presented in this paper.
相控阵雷达天线在进行宽带宽角扫描时，天线波束会“色散”，使得到的距离像展宽，从而降低了系统分辨率。
When phased array radar operates in wideband wide scan condition, the antenna beam is dispersed and thus the distance profile is broadened.
根据系统分辨率的要求，利用CODEV软件，完成系统中显微镜物镜和转接镜的光学设计，并进行了仿真。
According to the requirements of resolution system, using CODE V software, completed a microscope lens system and adapter-optical design and conduct the simulation.
本文给出了电视跟踪装置系统分辨率的计算公式，说明了提高该装置系统分辨率的关键在于提高摄象机的分辨率。
Calculating formula for resolution of TV tracking system are given in the paper, the key factor in improving resolution of the unit is to raise the resolution of camera.
辐射性能参数包括脉冲噪声、记忆效应、扫描相关偏移、一致噪声、随机噪声、丢失行、不可操作探测器、饱和探测器、调制传递函数、系统分辨率。
The parameters contain impulse noise, memory effect, scan correlated shift, coherent noise, random noise, dropped lines, inoperable detectors, saturated detectors, MTF, system resolution.
辐射性能参数包括脉冲噪声、记忆效应、扫描相关偏移、一致噪声、随机噪声、丢失行、不可操作探测器、饱和探测器、调制传递函数、系统分辨率。
The parameters contain impulse noise, memory effect, scan correlated shift, coherent noise, random noise, dropped lines, inoperable detectors, saturated detectors, MTF, system resolution.
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