构建了适于生产线检测的自动对焦系统，并成功地实现快速调焦。
The auto-focusing system for camera module production line has been set up and it can focus fast as well as accurately.
本文详细研究了一种基于FPGA和CCD图像传感器的自动对焦系统。
In this paper, we researched an Auto-focus system which is based on FPGA and CCD image sensor.
现今微型化自动对焦系统有三大主要解决方案-步进马达，音圈马达及压电材料。
Currently, Micro-Auto Focus system has three main solutions- Stepping Motor, VCM and Piezo .
D 80的改进过11对焦点自动对焦系统在不同拍摄条件下持续地保证快速和准确的焦点锁定。
Ensuring consistently fast and precise focus lock under varying shooting conditions is the D80's refined 11-area AF system.
它的大光圈镜头可以摄入尽可能大的光量，所用技术并不需要笨重的自动对焦系统，曝光时间也是自动调节。
It has a wide-aperture lens to capture as much light as possible, and the technology requires no clunky auto-focus mechanism. It adjusts exposure time automatically.
对焦速度与精度是自动对焦系统中最重要的两个参数，它们决定系统能否迅速地定位到焦点处，以获取清晰的图像。
The velocity and precision are two important aspects of the auto-focus system. They can decide whether the system can quickly locate the focusing point to obtain clear image.
严重的爱好者也将奖金相机的高速，高精度自动对焦系统，可提供极佳制定自由，同时更容易实现与移动的物体的最佳焦点。
Serious enthusiasts will also prize the camera's fast, high-accuracy autofocus system that provides excellent framing freedom while making it easier to achieve optimum focus with moving subjects.
全自动激光切割头高度跟踪系统，自动对焦、反应灵敏、准确。
The cutting head equips with automatic tracking system, focusing automatically, responding quickly and accurately.
作为数字成像系统的关键技术之一，自动对焦技术对于提升我国数字成像产品的竞争力具有十分重要的作用。
As a key technology in digital imaging system, autofocus plays an important role in terms of improving performance of digital imaging products.
对数字成像系统自动对焦的反馈控制算法和软硬件结构进行了讨论。
The feedback control hi auto-focus and the hardware and software architecture are also discussed.
一种新的采用基准离焦信号的针孔调焦方案，用于激光直写的自动对焦子系统。
A new pinhole-focusing scheme using referenced defocus signal is applied to an automatic subsystem for laser direct writing.
高效的自动对焦和防抖系统加上全天候密封一起构成了一个让人无法拒绝的组合。
Effective autofocus and image stabilization systems, plus full weather sealing, round off a compelling package.
作为现代成像系统中必不可少的一项关键技术，自动对焦技术得到了越来越广泛的应用，涉及到日常生活、科学研究和军事应用等各个领域。
As a necessary and key technique in modem imaging system, auto-focus is used more and more in many areas, such as daily life, science research, and military affairs.
本文总结了作者过去两年中对“数字成像系统的自动对焦算法”进行研究的成果。
This paper summarizes the author's research accomplishments on the project of "Auto-focusing Algorithm in Digital Imaging Systems" in the last two years.
自动对焦技术是机器人视觉、数字成像系统和各种精密光学仪器中的关键技术。
Auto-focusing technology is a key technology in the robot vision and imaging system and various optical precision instruments.
论文设计并优化了一套完整的集自动对焦和实时融合功能为一体的数码显微镜系统。
This paper has designed and optimized an integrated digital microscope system, which can realize both auto-focusing and real time fusion.
经过优化，系统能够更快更精确且稳定地实现自动对焦，并且，该系统进一步地适应了生产的需求。
After optimization, the system can focus automatically more quickly and more accurately, and this system become more suit to produce.
在1987年3月，佳能推出了EOS650，世界上第一个自动对焦(自动对焦)相机，实现电子控制整个系统。
In March 1987, Canon launched the EOS650, the world's first AF (autofocus) SLR camera to realize electronic control for the entire system.
在1987年3月，佳能推出了EOS650，世界上第一个自动对焦(自动对焦)相机，实现电子控制整个系统。
In March 1987, Canon launched the EOS650, the world's first AF (autofocus) SLR camera to realize electronic control for the entire system.
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