就JFS2而言，这种情况不再可能发生，甚至不再需要，因为已经对它进行了优化，以便更加高效地处理元数据密集型的应用程序。
With JFS2, that is no longer possible, or even necessary, because it was tuned in order to handle metadata-intensive types of applications much more efficiently.
SQLServer 2005Driver forPHPAPI提供了对Windows认证、交易、参数绑定、流、元数据访问和错误处理的支持。
The SQL Server 2005 Driver for PHP API includes support for Windows Authentication, transactions, parameter binding, streaming, metadata access, and error handling.(MSDN)
基于有限元方法，对Y7125型磨齿机的砂轮主轴进行模态分析，得出了四阶主振动频率，并对数据进行了处理。
This paper analyzes the modal of Y7125 gear grinder spindle, gets out the main four stages of spindle vibration frequency and deals with the data.
以包钢营销分析数据仓库的构建为背景，对其主题确定、数据结构、数据处理技术、元数据管理提出了解决方案。
Based on the construction of marketing decision analysis data warehouse, a solution of determining subjects, designing data structures, processing data and managing metadata is put forward.
特别是在大规模数据的处理上，对原有的高斯消元法解方程进行了改进，在很大程度上提高了系统处理数据的速度。
Particularly in large-scale data processing to the original Gauss wave million for the improvement of law-equation in a significant way to enhancing the speed of data processing systems.
论坛的结构化数据抽取是对论坛中帖子的标题、作者、发表时间和内容文本块等论坛元数据的抽取，它是处理论坛数据的基础。
Forum structured data extraction is the meta-data extraction from web forums such as post title, post author, post time and post content. It is the foundation of processing forum data.
因此，通过有限元软件ANSYS对具有各种损伤程度的结构进行模态分析，得到固有频率和模态分量的数据，经过归一化处理后作为神经网络的输入向量。
Therefore, through structural modal analysis with different damage degree using ANSYS, get natural frequencies and mode shape data as neural network input vector after unitary.
但人类的视觉系统依赖这些神经元实现了对高分辨率视觉数据的实时处理和高速传输，将强大的计算机视觉系统远远的甩在了后面。
However, depending on these neurons, human visual neural system realizes operating high graphics visual dada real time and transmitting them high speed, which go so far ahead computer visual system.
通过对教学数据预处理中的问题进行全面分析，设计了基于元数据的教学数据预处理方法。
To deal with these problems, an architecture design of education data preprocessing based on Meta data is provided.
通过对仪器的输出结果进行数据处理，得到了像元序号与波长的函数表达式。
After the experimental data processing, a function of pixel number-wavelength was established.
通过对仪器的输出结果进行数据处理，得到了像元序号与波长的函数表达式。
After the experimental data processing, a function of pixel number-wavelength was established.
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