为提高速度(不存在错误检测以外的数据保护)，您可以跨设备进行条带化(RAID0)。
For speed (but no data protection other than error detection), you can employ striping across devices (RAID 0).
在传统的RAID5体系结构中，所有磁盘都必须在条带内具有其自己的数据，或者条带不一致。
In a traditional RAID 5 architecture, all disks must have their data within the stripe, or the stripe is inconsistent.
除了向Visualiser提供定制数据之外，还可以定制栏的绘制样式和条带使用的颜色。
As well as providing custom data to the Visualiser, you can also customize the drawing style of the columns and the colors used for the stripes.
根据数据，描绘了条带开采地表移动曲线并进行了分析。
Based on data, surface movement curves of strip mining were drawn and analyzed.
基于ISSR条带统计数据，运用相关软件进行了相似系数的分析和系统进化树的构建。
Based on the ISSR band data, similarity indices and UPGMA dendrogram were analysed and developed.
基于此思想，以MODIS数据为例，运用基于均衡化曲线的补偿方法来消除其条带，最后的结果证明该方法是有效的。
We can remove the stripings on MODIS image using their equalization curves based on the above principle, the final results indicate this method is efficacious.
卫星遥感图像的零级数据在经过适当的预处理后，仍然存在包括条带干扰在内的各种干扰信息。
After image registration and some pre-processing, the 0-level data of satellite remote sensing image still contains some noises such as strip noise.
从统一工作模式可以分解出条带扫描模式、聚束模式、滑动聚束模式和光束扫描模式，及其相应的简化二维数据收集方程。
The unified mode can be decomposed into strip-map mode, spotlight mode, sliding spotlight mode and beam scanning mode, and each correspondingly has a simplified 2-d data collection equation.
从统一工作模式可以分解出条带扫描模式、聚束模式、滑动聚束模式和光束扫描模式，及其相应的简化二维数据收集方程。
The unified mode can be decomposed into strip-map mode, spotlight mode, sliding spotlight mode and beam scanning mode, and each correspondingly has a simplified 2-d data collection equation.
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