This system contains terminal acquisition node, terminal control node and data collection node. 本系统包含终端采集节点,终端控制节点和数据汇集节点。
In the hardware design we use the unified interface, the modular design makes data collection node can work independently and can be integrated into the system as a whole. 在硬件设计部分采用统一接口,模块化设计,使得数据采集节点(DCN)既可以独立工作又可以融入系统整体。
The data collection node is responsible for sampling the controlled parameters. The data are sent to the PC node for display and to the control node for control. 数据采集节点(DCN)采集系统的控制参数,并将采集到的参数分别传送到PC节点用于显示测试进程,传送到控制节点用于控制。
This paper studies three key parts that affect system lifetime of data collection problem : data collection protocol, sensor node deploying and sensor node scheduling, and proposes corresponding resolving scheme. 本文研究影响数据收集问题系统生命期的三个关键部分:数据收集协议、传感器节点的布置及传感器节点的调度,提出了相应的解决方案。
By the design tool of Microsoft visual basic 6, the temperature inspective system includes communication dispose module, data collection and calculation module, controlling node module. 在此基础上对监测软件的设计工具VB语言以及软件设计流程进行了介绍,包括通信处理软件、运算控制和读参数程序、智能控制节点软件等模块。