受限拉氏锐化算法有效地控制了图像的噪声，使处理后的图像边缘更加清晰，又保护了图像的细节。
The noises of image is effectively suppressed by restricted Laplacian sharpening algorithm. The edges of image after processing are distinct and the details are deserved.
结论得当的、行之有效的质量控制是非常必要的，为输出高质量的数字图像提供了可靠的保障。
Conclusion the suitable and effective quality control is necessary that provides the reliable guarantee for outputting high quality digital images.
实验结果表明在该软件系统中采用基于控制点的配准方法可有效解决图像配准问题，而且具有较高的配准精度。
The experiments shows that image registration method based on control point is effective in image registration, and it has higher registration precision.
结论得当的、行之有效的质量控制是非常必要的，为输出高质量的数字图像提供了可靠的保障。
Conclusion the suitable and effective quality control is necessary. It provides the reliable ensuring for outputting high quality digital imaging.
本文从角反射器的设计、制作和安装等过程入手，进行严格地质量控制，从而使角反射器能够在图像上被更有效地识别。
This article starts with the design, production and installation of the corner reflectors, so that the corner reflectors on the image can be identified effectively.
跳帧策略是码率控制算法中防止缓冲器上溢的手段，有效的跳帧算法可以保护图像序列中的重要细节，优化图像质量。
Frame skipping strategy is used to prevent the buffer from overflowing. An efficient frame skipping algorithm can protect the important details in the video sequences and optimize the picture quality.
该平台采用CPLD作为图像数据的采集控制单元，DSP作为核心处理单元。同时对视频信号的预处理电路进行了通用化设计，能够有效保证系统对不同波段的图像信号进行采集和处理。
CPLD is used as image sampling control unit and DSP as the system core, and pretreatment circuit is designed to be multifunctional, all these help to sample different wavelength image signals.
经试验和分析，验证了图像处理算法和控制算法的有效性。
By experiment and analysis, the validity of image processing algorithm and control algorithm are verified.
最后将其应用到医学图像存档与传输系统(PACS)的访问控制中，证明该模型简单有效地实现了复杂多变的细粒度的访问控制。
Finally, we apply the MNAC to access control of picture archiving and communication system (PACS), a large and complex distributed application system. The application proves that it...
最后将其应用到医学图像存档与传输系统(PACS)的访问控制中，证明该模型简单有效地实现了复杂多变的细粒度的访问控制。
Finally, we apply the MNAC to access control of picture archiving and communication system (PACS), a large and complex distributed application system. The application proves that it...
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