第四章研究载波恢复算法。
现已有一些恢复算法。
利用这种基本的恢复算法，很容易实现一种简单的基础设施。
With this basic algorithm for restore, it is easy to implement a simple infrastructure.
给出一种基于统计变形模型的生物医学数据恢复算法。
A biomedical data restoration algorithm based on statistical deformable model is proposed.
DOE的相位分布由数值迭代相位恢复算法优化得到。
The phase distribution of DOE is optimization result of iterative phase retrieval algorithm.
恢复算法结合相关恢复协议，确保了全局事务故障的原子性。
In combination with the corresponding recovery protocols, recovery algorithm guaranteed the atomicity of global transaction failure.
提出了一种基于数字全息技术和相位恢复算法的信息加密方法。
An information encryption method is proposed based on digital holographic technique and phase retrieve algorithm.
在此基础上提出了一个基于扩展型贝叶斯分析的实时恢复算法。
Secondly, a distributed systems tasks failure recovery model is presented based on microreboot.
本文主要研究MPSK信号的载波频偏和相位误差的估计和恢复算法。
This thesis deals with the algorithms of carrier frequency offset and phase error for MPSK signal.
结合边缘检测与运动矢量分类，我们提出一种加权运动矢量恢复算法。
Error concealment based on weighted motion vectors according to the edge information and.
利用信号的阈值分解，导出适合神经网络实现的信号分解和信号恢复算法。
Based on the threshold decomposition of a k-level signal, an algorithm of decomposition and reconstruction suitable for implementation of feedforward neural network is proposed.
本文阐述了DTTL全数字符号定时恢复算法在8psk解调系统中的实现。
This paper presents the implement of the all-digital symbol timing recovery using the DTTL Algorithm over 8psk demodulation system.
本文重点讨论基于DXC的启发式网络恢复算法和备用容量的优化分配问题。
In this paper we study heuristic algorithm for restoration based on DXC and optimal assignment of spare capacity.
传统的配电网故障恢复算法难于同时兼顾恢复过程的快速性和恢复策略的最优化。
For traditional distribution network fault restoration algorithm, it is difficult to consider both the quickness of restoration process and optimization of restoration strategy simultaneously.
针对配电网络结构特点，提出了一种基于树形搜索的配电网故障区域检测、隔离及恢复算法。
This article presents a searching tree based algorithm of fault location, isolation and restoration of distribution system on the basis of distribution network characteristics.
振动退化图像的恢复算法面临的主要问题是在比较宽松的约束条件下对模糊图像的快速恢复。
The main problem of vibration blurred image restoration is how the restoration can be done under loose constraints.
在层叠滤波理论基础上，根据层叠滤波器的阈值分解和层叠性，提出了一种快速图像恢复算法。
On the basis of stack filtering theory, a fast image restoration algorithm is presented based on the threshold and stack properties of stack filter in this paper.
推导并分析了频偏、相偏对通信系统的影响，提出了一种新的基于伪频偏概念的载波恢复算法。
The influences of frequency offset and phase offset on communications are discussed, and then a novel algorithm for recovering the carrier based on the false frequency offset is presented.
提出一种基于小波变换的迭代正则化图象恢复算法，兼顾抑制噪声的增长和保留图象重要边界。
A wavelet based on iteration regularized image restoration algorithm is presented. Consideration is given to both the noise suppression and edge preservation.
给出了运动估计的置信度度量，并将其引入到图像恢复算法中，进一步克服了运动估计误差的影响。
The algorithm also provides a reliability measure of the estimated result, which was introduced into the super-resolution image reconstruction to overcome the influence of the estimation error.
在取得较好恢复结果的同时，提高了传统图像恢复算法的运算效率，降低了恢复运算所需要的时间。
The computation efficiency of the existing algorithm is improved with lower computation time, at the same time, good restoration results are obtained.
以高斯模型为基础，根据调制度分布曲线的特征，设计了一种新的高度恢复算法—高斯曲线拟合法。
A new depth retrieval algorithm based on the model of Gaussian point spread function is proposed, which uses the Gaussian distribution to interpolate the modulation to obtain the accurate depth map.
基于目录缓存的恢复算法采用目录缓存作为恢复的线索来近似地恢复目录，该算法能快速地恢复目录。
The recovery algorithm of the distributed directory based on Directory Cache takes the directory caches as a hint to recover the directory approximately and quickly.
本文研究全数字接收机中的同步技术，重点是MPSK信号的载波频偏和相位误差的估计和恢复算法。
This thesis deals with the synchronization technologies for all digital receiver, particularly carrier offset estimation for MPSK signal.
在对经典载波恢复算法仿真和分析的基础上，采用扫频和DD算法相结合作为全数字解调的载波恢复算法。
Based on the simulation and analysis of classical algorithms, a carrier recovery algorithm which is combination of swept and DD algorithm is adopted in all-digital demodulator.
仿真结果表明，与传统链路恢复算法相比，子树恢复算法在网络资源利用上有明显的优化，也能缩短故障恢复时间。
Simulation results show that the new STP approach can improve network resources utilization compared with CRD-based schemes, and can also reduce the restoration time.
针对内窥镜图像恢复的需求，结合模糊先验辩识算法和遗传寻优的思想给出了一种基于模糊遗传算法的图像恢复算法。
In light of the need to resume the endoscope image, a new algorithm is put forward, which combines the fuzzy experience-oriented identification algorithm and the idea of hereditary optimization.
针对内窥镜图像恢复的需求，结合模糊先验辩识算法和遗传寻优的思想给出了一种基于模糊遗传算法的图像恢复算法。
In light of the need to resume the endoscope image, a new algorithm is put forward, which combines the fuzzy experience-oriented identification algorithm and the idea of hereditary optimization.
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