由于采用了分散式的总体结构，便于安装到现有设备上，对现有设备的测量系统进行技术改造。
Using distributed overall structure, this system can be easily installed to a device, of which the measuring system needed technical upgrading.
介绍了多台油浸式变压器温度集中监视分散控制系统的硬件结构和主要程序的设计。
The program design and hardware structure of temperature centralized monitoring and decentralized control system for many oil-immersed transformers are introduced.
通过CAN总线，监控主机和电机驱动节点可直接进行通信，形成分布式网络，简化了系统结构，实现多电机的分散安装和集中控制功能。
Via CAN-BUS, the monitor host computer and these nodes of driving motor can communicate with each other directly, like a distributed network. The system structure is more concise.
在此基础上，提出了分散式闸门控制和集中式闸门控制两种系统结构，并进行了比较分析；
On the basis of these above all, two system frameworks are provided, distributed sluice control system and centralized sluice control system, with a comparatively analysis of the both.
为了实现电能数据的自动抄报，运用系统化、模块化设计思想，应用先进的计算机技术、无线通信技术和现代电子技术，采用分层、分布、分散式结构，设计了远程电能自动抄表控制系统。
In order to realize the electrical meter reading automatically, a automatic meter reading and controlling system is designed based on the computer, wireless communication and electronic technologies.
为了实现电能数据的自动抄报，运用系统化、模块化设计思想，应用先进的计算机技术、无线通信技术和现代电子技术，采用分层、分布、分散式结构，设计了远程电能自动抄表控制系统。
In order to realize the electrical meter reading automatically, a automatic meter reading and controlling system is designed based on the computer, wireless communication and electronic technologies.
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