为了满足参数解耦对数据同步性的要求，研制了一种可同步测量土壤剖面水分与圆锥指数的智能化测量装置。
With the request of synchronization data for decomposing these parameters, an instrument for simultaneous measurement of soil water content and cone index has been developed.
为了维护这种持久性，应用程序组件必须能够处理并发性、连接管理、数据完整性和同步。
To maintain this type of persistence, application components must be capable of handling concurrency, connection management, data integrity, and synchronization.
集成架构师需要设计出能够解决这些不兼容性并实现数据同步的解决方案。
The design solution that overcomes these incompatibilities and facilitates the synchronization of data is the responsibility of the Integration Architect.
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