它还定义和利用通用行业语义作为帮助简化异类系统之间的互操作性的语言。
It also defines and leverages common industry semantics as the language for helping to simplify interoperability between disparate systems.
解决方案 有：sharding （基于主键值讲数据表分散到多个数据库中），复制，利用弱语义一致性的简化数据库。
Solutions include sharding (splitting up a table across multiple databases based on the primary key), replication, and usage of simplified databases with weakened consistency semantics.
另外，还有一个称为“语义同义词(semantic synonym)”的新概念，它通过转换用户的关键字查询，从根本上简化对从非结构化文本中提取的概念的搜索。
Furthermore, a novel concept called "semantic synonyms" radically simplifies searching for concepts extracted from unstructured text by transforming the user's keyword query.
如果您也使用行业标准，而且每个数据元素的含义或者语义都是一样的，这样可以简化系统之间的数据交换。
If you are also using industry standards, the Shared meaning or semantics of each data element will simplify the exchange between systems.
语义建模技术，例如RDF，可以帮助简化对不同数据集之间自动进行推理所面临的问题，这些数据集是内嵌在数据存储介质中的。
Semantic modeling technologies, such as RDF, can help ease the problem of automatic reasoning between different data sets, provided that it is built-in to the data-store.
这种表示方法减少了节点与语义联系的种类和数量，简化了表示形式。
This representation reduces the variety and quantity of node and semantic relationship, simplify its indication manner.
Web服务的语义调用主要关注服务请求和响应的标准化，以此来简化编程步骤，使得Web服务调用机制可读，容易理解。
Semantic invocation of Web services will focus on the standardization of service request and response to simplify the programming routine and make the invocation machine readable and understandable.
本文从语言学角度分析汉语简化词的结构特点，即形式最简、语义专指、双音节结构为主。
The characteristics of Chinese simplified words are as follows:possessing the most reduced form, the focused semantic reference and usually combining two syllables in one word.
其次，机械CAD模型的关键特征是十分重要的设计语义，但大部分算法在对模型进行大幅度简化后，往往会造成关键特征的丧失。
Secondly, the key features of mechanical CAD models are very important semantic elements. However, most of algorithms result in the loss of key features of models after simplification.
其次，机械CAD模型的关键特征是十分重要的设计语义，但大部分算法在对模型进行大幅度简化后，往往会造成关键特征的丧失。
Secondly, the key features of mechanical CAD models are very important semantic elements. However, most of algorithms result in the loss of key features of models after simplification.
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