由于采用了竖井工作方法，每个组的语义集成和数据处理逻辑可能略有不同。
As the result of a siloed approach, each group may have slightly different semantic integration and data processing logic.
它提供了一种集成业务逻辑和数据库的简便有效的方法。
It provides an effective and easy method to integrate the business logic with databases.
因此，从概念上讲，DSL解决方案包括两个逻辑层：数据服务编排层(此层支持所引用的系统进程)和数据集成层。
So, conceptually, a DSL solution includes two logical tiers: a data services orchestration tier that supports the referred to system process and a data integration tier.
这种能力包括使用用户界面、业务逻辑和数据库的能力；此外，必须解决与并发、数据集成、用户透明度和复制相关的问题。
This ability affects the user interface, business logic, and database; in addition, it is necessary to address issues regarding concurrency, data integrity, user transparency, and replication.
在这种情况下，数据流要通过服务组合逻辑、服务实现逻辑以及应用程序和数据集成逻辑。
Here, data flows through service composition logic, service implementation logic and potentially application and data integration logic.
系统将数字逻辑和数据存储一起设计在了一片高速大容量的FPGA内，大大提高了系统的集成度、可靠性和灵活性。
By implementing all the digital logic function and data storage function with a FPGA, the instrument is greatly enhanced in integration, reliability and flexibility.
空间数据网格通过元数据目录和数据代理，将网格环境下的目录服务器的元数据目录集成到一起，为客户端提供空间数据的统一的逻辑视图，实现目录服务器的协同；
The metadata catalog and data broker of Spatial Data Grid integrate the metadata catalog of grid to offer an uniform logical view for the client, Thus realize the cooperation of catalog server.
空间数据网格通过元数据目录和数据代理，将网格环境下的目录服务器的元数据目录集成到一起，为客户端提供空间数据的统一的逻辑视图，实现目录服务器的协同；
The metadata catalog and data broker of Spatial Data Grid integrate the metadata catalog of grid to offer an uniform logical view for the client, Thus realize the cooperation of catalog server.
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