For Windows system image restoration, the boot header has to be written to the destination disk.
对于Windows系统映像恢复，必须将启动头部(header)写入到目标磁盘中。
This Adaptive Optics system is based on deconvolution Adaptive Optics theory, which has used the wavefront detecting and image deconvolution restoration technology.
这种自适应光学系统建立在解卷积式自适应光学原理的基础上，结合了波前探测技术和解卷积图像复原技术。
According to the requirement of image restoration technique, high precision modulate transfer function (MTF) of imaging system is the base of high-quality imagery restored.
依据图像恢复技术的要求，高精度成像系统调制传递函数(MTF)是高质量图像恢复的基本条件。
Results show th at under certain conditions, the whole system MTF can be effectually improved by smoothness constraint restoration, consequently, the remote sensing image becomes clear.
可以得出结论，在一定条件下，利用平滑约束复原方法可以有效地改善整个系统的调制传递函数，从而使图像变得清晰。
Blind image Restoration is the process of estimating both the true image and the blur from the degraded image characteristic using partial information about the imaging system.
所谓盲恢复就是利用成像系统的部分信息，根据降质图像来恢复出清晰图像和模糊因子的图像恢复过程。
With DSP being popularized and applied, deconvolution has found its application in many fields , such as optical imaging, image restruction , system discrimnation, signal restoration.
随着数字信号处理的普及、应用，卷积反演在光学成象、图象复原、系统辩识、信号恢复许多领域都有广泛的应用。
The depth of field of standard optical incoherent imaging system can be extended by introducing a phase plate and the digital image restoration technique.
在普通光学成像系统中引入相位模板和数字图像复原技术，可以增大系统的景深。
The model can be used to design or evaluate X-ray imaging system and can also be a pre-knowledge of blur function in X-ray image restoration.
该模型为X射线成像系统空间分辨率和密度分辨率的初步设计和评定提供了理论依据，可作为X射线图像恢复算法中模糊函数的先验信息。
Now most researches concentrate on the method: introducing a phase plate into the standard optical incoherent imaging system and employing the digital image restoration technique.
当前活跃 研究集中在普通光学成像系统中引入相位模板并结合数字图像复原技术来增大光学成像系统的景深。
Now most researches concentrate on the method: introducing a phase plate into the standard optical incoherent imaging system and employing the digital image restoration technique.
当前活跃 研究集中在普通光学成像系统中引入相位模板并结合数字图像复原技术来增大光学成像系统的景深。
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