This component can make the data coherence task automation.
这个组件可使数据的一致性处理自动化。
Data coherence problem must be solved in the host-standby system.
数据一致性是主备用系统必须解决的问题。
If we want high data coherence and high network performance, we should choose the push approach.
如果我们想要高数据一致性和高网络性能，我们就应该选择推送方式。
With the pull approach, achieving total data coherence with high network performance is very difficult.
使用拉取方式，要想达到完整的数据一致性以及很高的网络性能是很困难的。
In cases where cache data consistency is important, Ehcache can be distributed using the Terracotta Server Array. This gives developers a distributed cache that maintains data coherence.
在缓存数据的一致性是非常重要的场合下，可以通过TerracottaServerArray实现分布式的Ehcache，这样开发者就拥有了能够维护数据一致性的分布式缓存。
Coherence provides data replication, partitioning and caching across a grid of computers.
Coherence可在计算机网格中实现数据复制、分治和缓存。
Oracle Coherence 3.5 now provides tera-scale support to in-memory data grids through configurable off-heap storage.
OracleCoherence 3.5现在通过外堆存储提供了对内存数据网格万亿级的支持。
The theory curves have good coherence to experimental data.
实验数据和理论曲线有较好的一致性。
The coherence technique is to make use of in comparability channel to channel, displaying and highlighting seismic data transversal changes related to geological anomalies.
相干体技术是通过道与道之间的非相似性，以显示和突出与地质异常有关的地震数据的横向变化。
Comprehend the information of logging, geology, seismic, use the technology of Coherence, lump slice, stereoscopic display to make the fine structure characterization of seismic data.
综合测井、地质、地震资料，利用相干体技术，面块切片技术，三维立体显示技术进行地震资料构造精细刻画。
Exploiting the frame coherence, we construct the texture data as quadtree, and integrated with geometry quadtree, which handle the problem of large texture in real-time.
为了解决单张高分辨率纹理映射的问题，我们利用纹理在绘制中的连贯性，将纹理数据组织为四叉树结构。
In order to ensure the coherence of the measuring data, measuring-coordinate system must be created firstly before the part is measured and checked by coordinate measuring Machine (CMM).
在产品的误差检验和反向工程中，为了实际测量的需要以及保证测量数据的一致性，用三坐标测量机进行测量之前必须建立相应的测量坐标系。
This character of HLR data is called temporal coherence, which is assured by the real-time performance in the access operation of data.
HLR数据的这种特性称为时间一致性。数据的时间一致性是通过数据访问操作的实时性保证的。
After the primary data is updated, there will be the coherence problem of memory data between the host and the backup.
当主用数据被更新后，就会产生主备用内存数据的一致性问题。
After analyzing characteristics of data caching, several solutions to problem of cache coherence are offered and a new directory lists method is designed for the cache system.
并在此基础上，通过分析数据缓存系统的特点，提出针对缓存一致性问题的解决方法，其中重点阐述为本文所提缓存系统模型而设计的一种改进方法，即目录表法。
There is a good coherence between stress-strain curves calculated from the proposed model and that from experimental data directly.
利用该模型计算得到的本构曲线与实验数据的直接计算结果具有较好的一致性。
The mathematical model built by the data fit method based spline least square has not only higher precision of model and fit coherence, but low degree of model, more smooth also.
基于样条最小二乘数据拟合方法建立的数学模型不仅可以提高模型精度和拟合程度，而且模型阶数较低，光滑性好。
The algorithm performs well in fault interpretation of the coherence slice of the 3D seismic data.
该算法在三维地震资料相干切片断层解释中得到应用，并取得了令人满意的效果。
But meanwhile, the data fusion coming from the coherence of different polarizations in the polarimetric data produces more error for lithological classification.
但是，由于不同极化状态回波信号之间的相关性，极化数据不可避免地产生数据冗余，反而增大了岩性分类的误差。
The key of the algorithm is to point out the dependability of data by choosing coherence maps.
这种算法的关键是选择相干图来标识相位数据的可靠性，相位展开的路径由相干图导向。
The results of 3D seismic data processing, compared with known geologic data, showing that the C1 coherence algorithm is very effective for fault interpretation.
通过对实际三维地震资料的处理，结合已知地质资料，证明C1相干技术在三维地震资料的断层解释方面有着明显的效果。
The key of the algorithm is to point out the dependability of data by choosing coherence maps. The way for phase unwrapping is guided by coherence maps.
这种算法的关键是选择相干图来标识相位数据的可靠性，相位展开的路径由相干图导向。
Sub-volume coherence is one of seismic coherence resulted from the coherence calculation of one sub-volume of any size with another sub-volume in 3-D seismic data volume.
子体相干技术以三维地震资料中任意尺寸的子体为基本计算单元，求取与其他子体之间的地震属性相干结果。
This technique improves the efficiency and accuracy of fault interpretation and make the coherence technique play a important role in 3D data interpretation.
该项技术不仅提高了用相干切片解释断层的精度，而且提高了断层解释效率，使相干数据体技术在三维解释中的作用得到更大的发挥。
According to the power system coherency and the swing curves of the disturbed generators, apply the data mining and the principle of the correlation, define the indicator for coherence.
文章在电力系统同调性概念的基础上，通过数字仿真获取发电机的时间响应曲线，定义了基于相关性原理的发电机同调指标。
Proposes a fast median filtering algorithm based on the coherence of data in adjacent Windows.
提出一种中值滤波的快速算法，充分地利用相邻两次中值滤波窗口内数据的相关性。
Results from data reveals, this method is especially effective for data of strong time coherence.
实验表明，对时间相关性较大的数据，该方法能有效地降低时间开销。
The system of cadastre established on the basis of geographic information system is convenient, intuitive, quick and accurate. It can keep good coherence of graphic data and attribute data.
利用地理信息技术实现图形数据与属性数据完美的结合，维持图形数据和属性数据的一致，可以使建立在其之上的地籍管理系统使用方便、操作直观、快速准确．。
Utilization of conventional seismic data cube, coherence cube, fracture cube, the technique of amplitude property predicts the distribution of high quality reservoir.
综合利用常规地震数据体、相干体、裂缝体、振幅属性技术预测优质储层分布。
Utilization of conventional seismic data cube, coherence cube, fracture cube, the technique of amplitude property predicts the distribution of high quality reservoir.
综合利用常规地震数据体、相干体、裂缝体、振幅属性技术预测优质储层分布。
应用推荐