There were several reconstruction algorithms.
现已有一些恢复算法。
Data reconstruction algorithms is not only stripe -oriented, but also disk -oriented.
数据重构算法既可以以带区为导向，也可以以磁盘为导向。
The techniques are categorized in terms of noise signal acquiring methods, reconstruction algorithms, and display modes.
按噪声信号采集方式、重建算法和结果表示方式对该技术进行了分类。
The reconstruction algorithms include back projection algorithm and filter back projection algorithm for inverse problem.
逆问题部分实现反投影算法和滤波反投影算法。
To avoid the effect of cumulate error in conventional iterative reconstruction algorithms, a linear rewound method is put forward.
为了避免迭代式重建策略所存在的累积误差效应，提出了一种线性回溯射影结构恢复策略。
This dissertation mainly studies EIT image reconstruction algorithms with the aim of increasing precision and spatial resolution of EIT.
本论文以提高图像空间分辨率和成像精度为目标，着重研究EIT图像重建算法。
Algebraic reconstruction Techniques (ART) is an important approach from a large family of the series expansion reconstruction algorithms.
代数重组技术(简称art)是级数展开算法这一大类中一种重要的方法。
The characteristics of the reconstruction algorithms were analyzed, and the algorithm used to determine the exact recording distance was presented.
介绍了单幅全息图数字再现技术，分析了再现算法的特点，提出了准确确定记录距离的算法。
Through the comparison with the ART reconstruction algorithm, the characteristics and advantages of the proposed reconstruction algorithms are analyzed.
最后，叙述了利用本文提出的重建算法重建物体的流程和步骤，并和ART重建算法进行了对比，分析了其特点和优势。
An approach based on the high speed data handing ability of FPGA is proposed to accelerate the operation of computed tomography reconstruction algorithms.
提出一种基于FPGA的计算机层析重建的方法，即借助FPGA的高速数据处理能力来提高计算机层析重建的速度。
The whole process of inversion includes three key steps, namely, build of projection matrix, calculation of TEC and realization of reconstruction algorithms.
反演过程涉及到三个关键环节，即系数矩阵的生成、TEC的解算以及重建算法的实现。
The current MRI reconstruction algorithms simply use either the sparse priors or the local smooth priors of MRI image, and result in the inferior reconstruction.
目前MRI重构算法只利用MRI图像稀疏性表示或只利用基于其局部光滑性的先验知识，重构效果不理想。
In this paper, we first discuss the periodization of spline orthogonal wavelet, and then give the decomposition and reconstruction algorithms of the periodized wavelet.
本文对正交样条小波进行周化，给出了周期正交样条小波的分解与重构算法。
There are only 4 terms in the corresponding refinement equations of the orthogonal scaling functions and the wavelets (and so do the decomposition and reconstruction algorithms).
构造的正交尺度函数和小波的两尺度方程中只包含4项，因而相应的分解和重构算法也只有4项。
This thesis deals with vascular extraction and reconstruction algorithms based on ct volume data, leading to successful application to three-dimensional vascular analysis system.
本文研究基于CT容积数据的血管提取与重建方法，并已成功应用于三维血管分析系统。
Most existing RAID reconstruction algorithms must take a great deal of time to reconstruct the block-level unused storage space, thus affecting the availability of storage systems.
由于大部分磁盘阵列重建算法需要花费大量时间重建块级未被使用的存储空间，影响了存储系统的可用性。
SENSE reconstruction algorithms can unfold the superposed voxels and combine into a full FOV image by the calculation of the coil sensitivity with the body coil reference scan data.
SENSE重建算法通过计算重叠位置的线圈灵敏度系数，将多个线圈得到的有重叠伪影的图像进行展开，得到一幅全-FOV 的无重叠的图像。
Because of the simpler theory structure and faster reconstruction speed, approximate cone beam reconstruction algorithms have become more and more popular in commercial applications.
近似锥束重建算法理论结构简单，重建速度快，易于实际应用。
This research discusses the raw data compression and color image reconstruction algorithms based on image sensor and proposes some post-processing algorithms after image reconstruction.
论文研究了基于图像传感器的原始数据压缩及其彩色图像重构算法以及重构后图像的后续处理算法。
Mathematical representations for three kinds of reconstruction algorithms (Fresnel integral, convolution and Fourier transform) of digital hologram are deduced based on the diffraction theory.
在衍射理论基础上详细推导了三种再现算法(菲涅耳积分变换法、卷积法、傅立叶变换法)的数学表示。
Compared with reconstruction performances of several common algorithms through experiments, the multi-criteria optimization reconstruction algorithm has good robustness and anti-noise capability.
通过实验与常用的几种算法的重建性能相比，多目标优化重建算法具有良好的鲁棒性和抗噪性。
After comparing different algorithms, this paper introduces convolution back projection algorithm for the parallel image reconstruction.
本文在比较了各种算法后，采用卷积反投影算法作为并行图像重建的算法。
As such, all the theory and algorithms in signal reconstruction from its spectral magnitude should be applied to solving the parameters of ma model.
这样，所有幅度谱重构信号问题的理论与算法均可应用于MA模型参数求解当中。
All the major types of reconstruction approaches are discussed, including exact algorithms, approximate algorithms, and iterative algorithms.
文中涉及各种主要重建算，法包括准确重建，近似重建和迭代重建算法。
Further study on the comparison of the two algorithms on applicability, quality of the reconstruction image and reconstruction speed according computer simulation and experiment has been accomplished.
通过计算机仿真以及实验进一步对这两种重建算法的适用范围、重建质量以及重建速度等方面进行了对比研究。
A new background reconstruction algorithm is proposed to overcome the problems in the current algorithms, which is based on sub-blocks and employs symmetrical differencing.
针对现有的背景重构算法存在的问题，提出一种新的算法，该算法基于子块操作，利用对称差分重构背景。
Both convolution Backprojection (CBP) method and direct-Fourier (DF) reconstruction method are the representative algorithms of transform methods in image reconstruction.
卷积反投影(CBP)与直接傅立叶重建(DF)同是图像重建中变换法的典型算法。
The measurement principle for specular and mirror-like surface was discussed and the main algorithms and key points for shape reconstruction via gradient data were analyzed in general.
本文详细介绍了依据条纹反射术测量镜面、类镜面的原理和方法，分析了经由梯度数据重建三维面形的主要算法和关键问题。
In this paper, a novel spatiotemporal adaptive super-resolution reconstruction algorithm of video sequence based on MAP frame is proposed to overcome the weakness of conventional MAP algorithms.
针对传统MAP法存在的局限性，本文提出了一种基于MAP框架的时空联合自适应视频序列超分辨率重建算法。
In this paper, a novel spatiotemporal adaptive super-resolution reconstruction algorithm of video sequence based on MAP frame is proposed to overcome the weakness of conventional MAP algorithms.
针对传统MAP法存在的局限性，本文提出了一种基于MAP框架的时空联合自适应视频序列超分辨率重建算法。
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