审阅者需要迅速地阅读和理解相关的信息——用数据模式表示该信息完全降低了处理的速度。
Reviewers need to quickly read and comprehend relevant information - presenting it in the form of a data schema simply slows down the process.
在出现不完全符合由面向对象的方法模式所公开的典型同步请求-响应模式的情况时，如何处理？
How can cases be handled that do not fit neatly into to the synchronous request-response pattern typically exposed by the object-oriented method pattern?
如果执行由 2.0处理程序在BC模式下执行，结果可能和 1.0 处理程序生成的结果不完全一样。
When an instruction is executed by a 2.0 processor in BC mode, its result might not be identical to the result produced by a 1.0 processor.
XML模式处理程序将信息转移给JaxMe，而对这些文件完全不作区分，因此我们建议，如果需要就使用多个模式。
The XML schema processor hands off this information to JaxMe without any distinction of files, so you're advised to use multiple schemas as much as needed.
通过深度学习技术，研究人员能够将海量数据输入“神经元网络”软件系统进行处理，该系统能够以人脑完全无法企及的速度，在海量数据中进行学习和模式分析。
With deep learning, researchers can feed huge amounts of data into software systems called neural nets that learn to recognize patterns within the vast information faster than humans.
考察任意级别作战单元的信息处理，无论操作对象来自该单元的何种工作状态，都可以抽象为CSCW模式，而群件模式所采用的三种核心技术完全满足了指挥网节点工作流的需求。
Information disposal of any battle unit, regardless of its work state, can be abstracted as CSCW mode. Three core technology of CSCW mode can meet the needs of work flow of command-net completely.
考察任意级别作战单元的信息处理，无论操作对象来自该单元的何种工作状态，都可以抽象为CSCW模式，而群件模式所采用的三种核心技术完全满足了指挥网节点工作流的需求。
Information disposal of any battle unit, regardless of its work state, can be abstracted as CSCW mode. Three core technology of CSCW mode can meet the needs of work flow of command-net completely.
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